Is red wine good for your heart? Yes, but only in moderation here’s how much you should drink – Insider – INSIDER

Research has found that drinking red wine in moderation can be good for your heart. However, consuming too much red wine, or any alcohol, is particularly bad for your heart, and can increase your risk for heart disease.

Here's what you should know about the heart benefits of red wine and how much of it is considered healthy.

The link between red wine and a healthy heart may be due to the high level of micronutrients, called polyphenols, found in the skin and seeds of grapes.

During the production process, red wine is fermented with the grape skins and seeds for a longer period of time than white wine, which means the polyphenols are much more concentrated. For example, a glass of red wine contains around 10 times more polyphenols than a glass of white wine.

These polyphenols especially a polyphenol called resveratrol have been shown to protect and support heart health.

The polyphenols in red wine have antioxidant properties. This means they prevent or reduce the oxidation of low-density lipoproteins (LDLs), the "bad" type of cholesterol molecules we carry in our bloodstream.

When LDLs are oxidized, they build up in the walls of our arteries and narrow them, so that less blood and oxygen can reach the heart. This can cause coronary heart disease, the most common type of heart disease, and the leading cause of death in the US.

Moderate consumption of red wine can also increase the level of high-density lipoprotein (HDL), or the "good cholesterol" in our blood, which is associated with a lower risk of cardiovascular disease. HDL cholesterol is good because it helps remove excess LDL cholesterol from the blood vessels.

For example, a small controlled study published in the journal Atherosclerosis in 2006 found that after drinking 400 ml (about two to three glasses) of red wine every day for six weeks, LDL cholesterol decreased by 8% in postmenopausal women who had high LDL levels, while HDL cholesterol increased by 17%.

Another study published in 2005 in the European Journal of Clinical Nutrition found that four weeks of moderate red wine consumption daily 300 ml for males and 200 ml for females increased levels of HDL cholesterol by a greater amount than drinking the non-alcoholic, wine-equivalent dose of red grape extract tablets with water.

Some research has found that drinking red wine may decrease platelet aggregation, which can also help reduce your risk for cardiovascular disease.

Platelets are tiny cells in our blood that bind together around damaged blood vessels when we become injured. This clotting is what stops us from bleeding and helps us heal when we get a minor cut.

However, when platelets aggregate too much, they can form blood clots. Blood clots are serious because they can block the flow of blood and oxygen to vital organs, increasing your risk of having a heart attack or stroke.

By reducing the stickiness of the platelets in your blood, red wine can help prevent blood clots and reduce your risk for health complications. For example, a 2002 study published in the International Journal of Molecular Medicine measured platelet aggregation levels in male volunteers after moderate wine consumption and found they were significantly inhibited.

In order to receive the heart health benefits of red wine, the American Heart Association (AHA) recommends no more than one drink a day for women and two a day for men. For reference, one drink is equal to five ounces, or 140ml of wine.

Drinking too much wine, or any type of alcohol in excess, is very bad for your heart, says Robert A. Kloner MD, PhD, Chief Science Officer of Huntington Medical Research Institutes in Pasadena, California and Professor of Medicine at the University of Southern California.

That's because too much alcohol can cause high blood pressure and raise levels of triglycerides, which will increase your risk of heart disease, heart attack, or stroke.

Excessive drinking can also lead to heart failure a disease which makes it harder for your heart to pump blood around your body and atrial fibrillation, which is a type of arrhythmia where the heart beats quickly and irregularly.

Read more to learn about how different levels of alcohol consumption affect the heart.

Drinking several glasses of red wine throughout the week can be part of a heart healthy lifestyle. But in general, you shouldn't drink more than one or two glasses each night.

In addition, it's important to note that there are many other foods that contain the polyphenols found in red wine which may have the same heart health benefits. For instance, you can find resveratrol in grape juice, peanuts, cocoa, blueberries, and cranberries.

You don't need to drink red wine to have a healthy heart. But, if you like drinking red wine, the good news is that it may have some heart benefits just make sure you drink in moderation.

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Is red wine good for your heart? Yes, but only in moderation here's how much you should drink - Insider - INSIDER

Space Travel Calculator | Relativistic Rocket Equation – Omni

Now that you know whether interstellar is travel possible and how fast can we travel in space, it's time for some formulas. In this section, you can find the "classical" and relativistic rocket equations that are included in the relativistic space travel calculator. There could be four combinations since we want to estimate how long it takes to arrive at the destination point at full speed as well as arrive at the destination point and stop. Every set contains distance, time passing on Earth and in the spaceship (only relativity approach), expected maximum velocity and corresponding kinetic energy (if you turn on the advanced mode), and the required fuel mass (see Intergalactic travel - fuel problem section for more information). The notation is:

Relativistic space travel calculator is dedicated to very long journeys, interstellar or even intergalactic, in which we can neglect the influence of the gravitational field, e.g., from Earth. We didn't include in destination list our closest celestial bodies like Moon or Mars, because it would be pointless. For them, we need different equations that also take into consideration gravitational force.

Newton's universe - arrive at destination at full speed

It's the simplest case because here T equals t for any speed. To calculate distance covered, at constant acceleration during a certain time, you can use the following classical formula:

d = 1/2 * a * t.

Since acceleration is constant and we assume that the initial velocity equals zero, you can estimate the maximum velocity using this equation:

v = a * t,

and the corresponding kinetic energy:

KE = m * v / 2.

Newton's universe - arrive at destination and stop

In this situation, we're accelerating to the half-way point, reaching maximum velocity and then decelerating to stop at the destination point. Distance covered during the same time is, as you may expect, smaller than before:

d = 1/4 * a * t.

Acceleration remains positive until we're half-way there (then it is negative - deceleration), so the maximum velocity is:

v = a * t/2,

and the kinetic energy equation is the same as the previous one.

Einstein's universe - arrive at destination at full speed

The relativistic rocket equation has to consider the effects of light speed travel. These are not only speed limitations and time dilation, but also how every length becomes shorter for a moving observer which is a phenomenon of special relativity called length contraction. If l is the proper length observed in rest frame and L is length observed by a crew in a spaceship, then:

L = l / .

What does it mean? If spaceship moves with the velocity of v = 0.995c, then = 10 and the length observed by a moving object is ten times smaller than the real length. For example, the distance to the Andromeda Galaxy equals about 2,520,000 light years with Earth as the frame of reference. For a spaceship moving with v = 0.995c, it will be "only" 252,200 light years away. That's a 90 percentage decrease or 164 percentage difference!

Now you probably understand why special relativity allows us for intergalactic travel. Below you can find relativistic rocket equation for the case in which you want to arrive at destination point at full speed (without stopping). You can find its derivation in the book by Messrs Misner, Thorne (Co-Winner of the 2017 Nobel Prize in Physics) and Wheller titled Gravitation, section 6.2. Hyperbolic motion. More accessible formulas are in the mathematical physicist's, John Baez, article The Relativistic Rocket:

t = c/a * sh[a*T/c] = [(d/c) + 2*d/a],

T = c/a * sh[a*t/c] = c/a * ch[a*d/c + 1],

d = c/a * [ch(a*T/c) - 1] = c/a * [(1 + (a*t/c)) - 1],

v = c * th[a*T/c] = a*t / [1 + (a*t/c)],

EK = mc * ( - 1)

The symbols sh, ch and th are respectively sine, cosine, and tangent hyperbolic functions, which are analogs of the ordinary trigonometric functions. In turn, sh and ch are the inverse hyperbolic functions that can be expressed with natural logarithms and square roots according to the article Inverse hyperbolic functions on Wikipedia.

Einstein's universe - arrive at destination point and stop

Most websites with relativistic rocket equations consider only arriving at desired place at full speed. If you want to stop there, you should start decelerating at the halfway point. Here, you can find set of equation estimating interstellar space travel parameters in situation when you want to stop at destination point:

t = 2*c/a * sh[a*T/(2*c)] = [(d/c) + 4*d/a],

T = 2*c/a * sh[a*t/(2*c)] = 2*c/a * ch[a*d/(2*c) + 1],

d = 2*c/a * [ch(a*T/(2*c)) - 1] = 2*c/a * [(1 + (a*t/(2*c))) - 1],

v = c * th[a*T/(2*c)] = a*t / (2 * [1 + (a*t/(2*c))]),

EK = mc * ( - 1)

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Space Travel Calculator | Relativistic Rocket Equation - Omni

First Deep Space Mission By An Arab Country Is On Its Way To Mars. This Is What It Will Do – Forbes

Hope probe will reach Mars in February 2021 and aims to build the first full picture of Mars ... [+] climate throughout the Martian year.

After a few false starts due to bad weather, the Emirates Mars Mission and its Hope probe has successfully launched from Tanegashima Space Center off the coast of Kyushu, Japan. It will spend the next seven months moving towards Mars at an average speed of 121,000 km/h.

Whats Hope all about, and what will it do when it gets to the red planet?

Hope is an orbital spacecraft that will explore the atmosphere of Marsgloballywhile sampling bothdiurnal (daily) andseasonal timescales. Thats never been done by any previous Mars mission. Its scheduled to orbit Mars for at least one entire Martian yearthats 687 days.

Its an almost completely autonomous spacecraft because it will take radio signals 13 to 26 minutes to travel from Hope at Mars to the ground network on Earth. In addition, the Command and Control Center in the Emirates will only contact Hope for 6-8 hours, twice a week. This is, after all, a super low-cost mission.

Hope is scheduled to reach Mars in February 2021 after traveling 495 million miles.

In about a month from now the control center in Dubai in the UAE will adjust Hopes trajectory to push it towards Mars. Then comes Mars orbital insertion, when Hope has to slow down from 121,000 km/h mph to 18,000 km/h. If successfully in that capture orbit, Hope will initially go into an elliptical orbit 500-20,00 km from Mars. Later it will change to a science orbit from 22,000-44,000 km from Mars.

The probe will then complete one orbit of the planet every 55 hours.

The journey of the Emirates Mars Mission Hope Probe.

When the probe begins to collect science data in the third quarter of 2021 it will have two areas of study; the lower and the upper atmospheres of Mars.

The plan is to understand the changes that happen throughout an entire day and night on Mars, across all seasons and across the whole of the planet over an entire yearwhich on Mars last for 687 days (the time it takes for the planet to orbit the Sun). Were focusing on the lower atmosphere of Marsits weather dynamics, dust cycle, carbon dioxide cycle, temperature of the atmosphere and the surface, water cycle, and ice-cloud cycle throughout an entire day-to-night cycle, Sarah Al Amiri, the UAE Minister of State for Advanced Sciences and Deputy Project Manager of the Emirates Mars Mission, told me.

Mars is losing its atmosphere, and Hope will try to find out why. Previous missions have determined that the solar wind strips the atmosphere of some of its constituents, but its also thought that Mars own weather system might play a part in the loss of hydrogen and oxygen. Through simultaneous measurements between the lower and upper atmosphere well be better able to understand if the cloud dynamics, the temperature changes and the dust storms have an impact on the loss of hydrogen and oxygen, said Al Amiri. And if so, how.

Hopes mission is focused on atmospheric dynamics. It will explore the atmosphere of Marsglobally ... [+]while sampling bothdiurnal (daily) andseasonal timescales.

Hopea 1,350 kg mass spacecraft about the size of an SUVwill carry three instruments:

EXI The Emirates eXploration Imager is a digital camera that will capture high resolution images of Mars along with measuring water ice and ozone in the lower atmosphere through the UV bands.

The ASU-built Emirates Mars Infrared Spectrometer (EMIRS) on the UAE Hope Orbiter will examine ... [+] temperature profiles, ice, water vapor and dust in the atmosphere of Mars.

EMIRS The Emirates Mars InfraRed Spectrometer will measure global distribution of dust, ice cloud, and water vapor in the Martian lower atmosphere. It was built by Arizona State University.

EMUS The Emirates Mars Ultraviolet Spectrometer will measure oxygen and carbon monoxide in the thermosphere and the variability of hydrogen and oxygen in the upper atmosphere.

Wishing you clear skies and wide eyes.

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First Deep Space Mission By An Arab Country Is On Its Way To Mars. This Is What It Will Do - Forbes

Be You: Jori Bercier created a community space where everyone is welcome – The Advocate

Jori Bercier is the co-owner of Alexander Books. She bought the bookshop along with four friends when she heard it was closing. Jori obviously loves books, but she also had another motive for buying the bookstore it was part of her master's thesis Sense of Place as Positive Distraction." She knows that small, local bookstores are culturally important and provide community space that is vital.

Alexander Books is open (with social-distancing rules) at 2116 Johnston St. and you can also buy from them online at http://www.alexanderbookstore.com. If you visit them, be sure to look on the walls; they collect the little notes and photos they find inside secondhand books and display them because "they are the real stories."

What was your first job? Administration support at a medium size travel company.

Describe a typical day in your life. Wake up at 7 a.m. Grab a cup of coffee, maybe two and rest, check emails, etc. Complete tasks working at home for the bookstore, and meet others for meetings. Head to Cafe Cottage, or Carpe Diem for a sazerac and to complete more work. Head home to play video games, read a book and have dinner. Bedtime at 11.

What advice would you give the younger you? Go easy on yourself. Just live life. You are doing just fine.

What event in your life most shaped who you are now? I would say a trip I took in 2013 to Brazil, which allowed me to get out of my comfort zone, opened my eyes, and filled my heart with so much joy for other cultures. I learned the amazing healing that could happen in building close relationships with others.

What values do you live by?Be open to new things. Always be learning. Seek truth. Be authentic.

What do you most appreciate? I love deep discussions over a fire; it always causes me to sit back and appreciate the life I have.

What is your favorite journey? My favorite journey is, by far, traveling through Poland. It is honestly the most beautiful place I have ever been, both culturally, community wise, and of course in landscape.

Where is your favorite place to be alone? I love to be alone in my room in the morning, early before anyone is awake with the comfort of a good book and warm coffee.

What living figure most inspires you? There are quite a few who inspire me, but most of them are just ordinary people. They taught me in my college and grad school careers more than just how to write a thesis, or design a building. They were hard on me, and pushed me beyond my limits. They werent always my favorite during school because it was tough. However, now that I have graduated, there is a long list of people that inspire my day to day, you may even know some of them from the UL Architecture Department: Hector Lasala, Anika Miller, Kiwana McClung, Michael McClure, Sarah Young, all from UL. Janet Roche, Davis Harte, and Mary Jo Cooper at the Boston Architectural College. Each of these people has taught me perseverance, perspective and how to dream.

What was the best advice you were ever given?Just take the first step, everything else will fall into place.

What book would you tell everyone to read? I absolutely love "Jurassic Park." There are many other things that I would tell people to read, but the best that I could read over and over again would be "Jurassic Park."

What is the best thing about where you live? The best thing about where I live is the great outdoors surrounding me! I couldnt ask for anything more.

How do you "let the good times roll"? I let the good times roll by having a concert at the bookstore, with friends and great music! If you havent experienced one yet, when its safe, everyone should consider the amazing experience a concert at the store.

What did you want to be when you grew up? I actually always wanted to be a teacher. Still do. Working on that dream currently.

What is your motto? Just live.

How would you like to be remembered? I would love to be remembered for my acceptance of everyone, my love for everyone, and being a place of safety for anyone who needs ti.

What do you say to yourself when you doubt yourself? Just take the step, do the thing, even if its a mistake, it always turns out for the best.

What three things are vital to BEing YOU? Authenticity; love of research and learning; being adventurous.

Which words or phrases do you most overuse? Oh yeah, I bet. Sure, I understand, that makes sense." How do you feel about that?

What is your favorite word?Pneumonoultramicroscopicsilicovolcanoconiosis, courtesy of my brother. It was his favorite word as a child, and now It is just fun to say.

What do you collect? I obviously collect books, but I also have a classic 1973 Karmann Ghia which I love.

What food could you live on for a month? Hamburgers

What would you change about yourself? I have severe social anxiety; every day I work to overcome it! It makes it hard for me to trust myself, and to do the things I love.

What literary, movie or cartoon character do you most identify with? I most identify with Phoebe from "Friends." She is a little chaotic, but full of fun.

Describe yourself in five words. Honest, loyal, ambitious, dreamer, friendly.

What is your idea of happiness? Living a life with no regrets, and seeking authenticity in all things.

What is your favorite movie? Ooh, definitely a tie between the Kiera Knightly version of "Pride and Prejudice" and "Mean Girls." What a contradiction, huh?

What music defines who you are? Absolutely, Indie music; it definitely makes me feel alive.

Who is your style icon? Im not really sure I have one. However, I do prefer the button-down, doc Martens look, for sure.

What do you most regret? I regret the times that I allowed fear of uncomfortable situations to make me shrink, to not be who I am, to not say yes and go for what I wanted.

What question do you wish I'd asked? Why did you open the bookstore?

What would the answer be? I bought the bookstore because I am a designer for human health, interested in how community spaces help to heal trauma and build stronger resilient cities. Thats why I opened the bookstore. I wanted to create a community space that allowed everyone to feel welcome, like they belonged, and like they have a home.

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Be You: Jori Bercier created a community space where everyone is welcome - The Advocate

PolyU contributes to the Nation’s first Mars mission with the Mars Camera – PR Web

Prof YUNG Kai-leung and his team develop and produce the Mars Landing Surveillance Camera for the Nations first Mars mission.

HONG KONG (PRWEB) July 23, 2020

The spacecraft for the Mars probe comprises an orbiter, a lander and a rover, aiming to complete orbiting, landing and roving in one single mission, an unprecedented attempt globally, as well as to obtain scientific exploration data on the Red Planet. Located on the outside top surface of the Mars lander platform, the Mars Camera will monitor the landing status, the surrounding environment and movements of the rover with respect to the unfolding and status of the solar panels and antennae. The information is critical for the successful movement of the Mars Rover onto the Mars surface.

Professor Jin-Guang TENG, President of PolyU, said, We are deeply honoured to have taken part in and contributed to the Nations historic Mars mission. The delivery of the Mars Camera has again proved the creativity, capability and credibility of PolyUs researchers in developing and manufacturing homegrown space instruments that meet the stringent requirements of space exploration. As the only tertiary education institution in Hong Kong with experience in international space missions, PolyU looks forward to contributing to more national deep space exploration projects in the future.

The Mars Camera is light in weight (around 390g) yet strong and durable enough to withstand the extreme temperature differences of about 150 degrees Celsius experienced during the nine-month journey between Earth and Mars, followed by operation under the extremely low temperatures on the Mars surface. As this Mars Camera is designed for the lander, it has also to withstand huge impact shock of 6,200G (i.e. 6,200 times the force of Earths gravity). Despite having a wide-angle field of view (a maximum of 120 degrees horizontally and a maximum of 120 degrees vertically), the Mars Camera has low image distortion.

Led by Professor YUNG Kai-leung, PolyUs Sir Sze-yuen Chung Professor in Precision Engineering, Chair Professor of Precision Engineering and Associate Head of Department of Industrial and Systems Engineering, the 20-member research team overcame many technical difficulties and time constraints to develop a novel Integrated Radiation Protection and Heat Flow Design, Testing and Quality Control System used in the development of the Camera.

Despite having a wealth of experience in developing state-of-the-art space tools, Professor YUNG found the Mars Camera project a challenging one. He said, To capture ultra-wide angle images on Mars for scientific research, the Mars Camera has to have a wide field of vision with low distortion optics within the little allowable payload, but at the same time be able to withstand extreme temperature variation, mechanical impact and vibration within the little available mass. Whats more, high reliability is required under the extreme space travel environment. Thanks to their dedication and perseverance, as well as the support of the University, the team successfully completed and delivered the Mars Camera with the corresponding space qualification experiments in less than three years.

PolyU has been actively participating in other space exploration projects, designing and manufacturing a number of sophisticated space tools in the past decade. These include the Mars Rock Corer for the European Space Agencys 2003 Mars Express Mission and the Soil Preparation System for the Sino-Russian Space Mission in 2011.

Being the only tertiary institution in Hong Kong that possesses international space qualification experiences, PolyU has been contributing to the Nations space projects since 2010. As part of the Nations lunar exploration programme, Professor YUNG collaborated with the China Academy of Space Technology to develop a Camera Pointing System for Change 3 in 2013 and Change 4 for the historic landing on lunar far side in 2019. A PolyU research team is collaborating with the China Academy of Space Technology again to develop a Surface Sampling and Packing System for the Change 5 and Change 6 missions. Change 5 will be launched later this year to collect samples from the surface of the moon.

About PolyU

While boasting a proud history of over 80 years, PolyU is a vibrant and aspiring university with a forward-looking vision and mission. Committed to building a talent pipeline and research strength for advancing the development of Hong Kong, the Nation and the world, PolyU provides the best holistic education to nurture future-ready global citizens and socially responsible leaders, conducts high-impact interdisciplinary research, and proactively transfers knowledge to create value and build impact. We embrace internationalisation and engage the Nation for education and research through strategic partnerships and collaborations.

With Opening Minds. Shaping the Future as our brand promise, the University is currently offering more than 160 taught programmes in six faculties and two schools, engaging in 3,200 exciting research projects, and collaborating with over 660 institutions overseas and in the Chinese mainland on a wide variety of initiatives. We have over 400,000 alumni around the globe and currently 28,000 students.

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PolyU contributes to the Nation's first Mars mission with the Mars Camera - PR Web

Halo Infinite reveal pits the Master Chief against The Banished in an open world – VentureBeat

Microsoft has begun to peel back the layers of Halo Infinite today with a reveal trailer during the Xbox Games Showcase and a deep dive into the gameplay of the new installment in the 19-year-old sci-fi shooter series that stars the supersoldier Master Chief. This preview showed the Spartan warrior fighting against The Banished faction and its huge Brute fighters in an open world with a grappling hook.

Halo Infinite will probably be one of the top games that could help Microsoft sell the Xbox Series X video game console. But Microsoft has also said such games will likely be available on the current console, the Xbox One, and the Windows PC as well. In that sense, players wont be forced to buy a new console just to play Halo Infinite.

Among the leaks: Halo Infinites box art revealed Master Chief is getting a grappling hook, which should give him a lot more mobility on the battlefield. And yes, this leak proved accurate, as the first gameplay demo showed the chief making use of the grappling hook to move to higher ground. He also used the hook to zip right to an Elite and take it out with a punch to the face.

There is a lot of pent-up demand for Halo Infinite, as this is the first new core game the series has received in five years. Back in 2015, Microsoft said that Halo had generated $4.6 billion in revenue and sold 65 million copies. But players who havent revisited the franchise during that time may have forgotten that Halo 5: Guardians had a convoluted story, as you might expect when a series hits its fifth installment and the storytellers are hard-pressed to come up with something original. The headline of Halo 5 was that Master Chief, the hero of the series who had saved humanity many times over, had become a traitor. It ended with a cliffhanger.

Above: Halo Infinite

Image Credit: Microsoft

There were, of course, many fans who didnt care about that storyline in the single-player campaign because all they cared about was multiplayer. Halo 5 had a co-op-enabled single-player campaign and a 12v12 multiplayer mode dubbed Warzone with lots of additional cannon fodder. The multiplayer-only fans have been itching for something new to play as well, and they could care less what the new story is going to be about.

Microsoft acquired Bungie, the original developer of Halo, in 2000 as it was preparing the 2001 launch of the original Xbox game console. The game was a huge hit and helped Microsoft snag the No. 2 spot in the game console business. Bungie spun out of Microsoft in 2007 and went its own way with the Destiny franchise. But Microsoft kept part of the team, dubbed 343 Industries, and continued to make more games in the Halo series.

While Halo 5 debuted in 2015, 343 Industries also published Halo: The Master Chief Collection on the PC in 2019 (and on the Xbox One in 2014). Counting all of the spinoffs, mobile games, arcade games, and remakes, Halo Infinite is the 16th Halo game.

In a tease on June 24, Microsoft released a clip with an audio log that reveals the return of The Banished, an enemy faction that broke off from the main rival group, The Covenant. The Banished were the main enemies in Halo Wars 2. Cortana, the AI companion of Master Chief, died in Halo 4 and was resurrected in corrupted form in Halo 5. She is reportedly back in Halo Infinite as well.

343 Industries built a new Slipspace Engine for the game, a reference to the technical innovation that made faster-than-light space travel possible in the Halo universe. That means we should see much better graphics for the latest PC and Xbox Series X versions of the game, with real-time ray tracing for realistic lighting and shadows.

The first gameplay revelation trailer started with Master Chiefs suit being crafted. Master Chief says, There wont be a home if we dont stop the Banished.

The chief teams up with a man with a beard on a new homeworld, where they fight The Banished. They crash-land and immediately hop into a Warthog vehicle. They check out an area map of a large region, drive by some places occupied by the Covenant forces, and immediately take them on. Master Chief makes short work of them. Clearly, this is some kind of open world map.

Then some Brutes drop into the scene. Master Chief makes use of a wide variety of weapons during the demo, and he hides behind a shield. He uses familiar weapons and seizes some high-powered gear from the enemies, including a familiar grenade launcher used by the Brutes. Master Chiefs movement is fast, and he seems more nimble in combat. The enemies barely have time to react as he moves around to flank them.

The world itself looks beautiful with real-time ray tracing graphics. You can see great shadows and lighting. The sky looks beautiful, as does the flowing grass and the water. Theres ambient life with birds flocking. The music pounds away with a heavy drumbeat during combat. As the camera pulls out, you can see the planet that you are on has some kind of Halo ring. You can see that it has been damaged, with a whole section of it broken.

The user interface is different, as you see some gold polygons on the outer edges when Master Chief gets hit with fire. The chiefs shotgun is quite powerful. When the chief reaches his goal, he finds The Banished leader saying via transmission that he is one step ahead of the Spartan warrior and its time for the final legendary battle. He says humanitys fleet has been defeated and the ring is already under our control. He adds, This is my last fight, a true test of legends. Set a fire in your heart, Spartan. Bear your fangs. Fight on. Die well.

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Halo Infinite reveal pits the Master Chief against The Banished in an open world - VentureBeat

A Canadian Tax Lawyer’s Perspective On An Out Of This World Shareholder Benefit Decision Lalibert v. Canada – Tax – Canada – Mondaq News Alerts

23 July 2020

Rotfleisch & Samulovitch P.C.

To print this article, all you need is to be registered or login on Mondaq.com.

Subsection 15(1) of the Income Tax Act renders shareholderbenefits taxable. A shareholder benefit arises where a shareholderreceives a benefit from a corporation that is not part of a bonafide transaction between the corporation and the shareholder. Ashareholder benefit may also arise where the benefit is received bya person in contemplation of that person becoming a shareholder.The taxation of shareholder's benefits starred in the recentcase of Lalibert v. Canada 2020 FCA 97.

Guy Lalibert is the founder of Cirque du Soleil. In2009, he completed his long term dream of visiting theInternational Space Station. The twelve-day once-in-a-lifetime tripwas organized by a private space travel firm and paid for by acorporation in the Cirque du Soleil corporate group, of whichLalibert was the controlling shareholder. While at theInternational Space Station, Lalibert hosted a multi-hourcharity livestream in support of One Drop, a clean water charityfounded by Lalibert and associated with Cirque du Soleil.He took pictures for a photobook and film for a documentary, bothintended to support One Drop.

When Lalibert returned from the International SpaceStation, he reported $4 million of the $41,816,954 paid for thetrip as a shareholder benefit. He claimed he received noshareholder benefit, but reported the amount on his personal incometax return regardless to avoid a tax dispute and bad publicity. Thecosts of the trip were moved through several of Cirque duSoleil's corporations as a promissory note which was writtenoff.

The Canada Revenue Agency disagreed with Lalibert'stax treatment of the stellar trip. The position of the CanadaRevenue Agency was that the trip was primarily a personal trip forLalibert. Any business aspects of the trip were added byLalibert after planning the trip to make the trip appear asa business trip. They reassessed Lalibert for about $37.6million dollar shareholder benefit from the trip. The remaining 10%of the trip price was allowed as a tax deduction as a businessexpense to reflect Lalibert's promotion of One Drop andCirque Du Soleil during the trip.

The Tax Court of Canada and the Federal Court ofCanada both concluded the Canada Revenue Agency's taxassessment and allocation were correct. The Courts found based on27 factors that the "overwhelmingly primary purpose of thetravel was personal". These factors can be summarized in fourcategories:

With the overwhelming evidence the trip was primarily personallymotivated, and would have likely proceeded even if Lalibertcould not have promoted Cirque du Soleil, there was no bona fidebusiness transaction between the corporation and Lalibert.The Canadian tax lawyer for Lalibert attempted to arguethat the Tax Court relied too heavily on considering his intent.Alternately, Lalibert argued there must be an intent toimpoverish the corporation which can be derived from his intent asthe controlling shareholder. He reiterated his intent with the tripwas support of One Drop and Cirque du Soleil. The Federal Courtdisagreed. Many of the above listed factors were unrelated toLalibert's personal interest in space travel. Hispersonal interest was not, by itself, determinative. Further, thecourt rejected an intent to impoverish the corporation wasrequired, or that such an intent could be found in this case. Thecourt found it evident that Lalibert only planned thebusiness aspects of the trip after the contract with the privatespace travel company was signed. This means even if you derivecorporate intent from the controlling shareholder's intent inthese circumstances, that original intent would be the personalbenefit of Lalibert.

The Federal Court found if Lalibert wanted theshareholder benefit assessment overturned, he had to demonstrate ona balance of probabilities that the "that the space trip was abona fide business venture in its entirety." He was not ableto refute the evidence of the personal nature of the space trip.The Federal Court thus upheld the Canada Revenue Agency'sassessment.

Most taxpayer will not encounter the circus of circumstances inLalibert v. Canada, but tax audits and tax reassessments focusing onshareholder benefits are common. It is also common for the CanadaRevenue Agency to attempt to derive the nature of a transactionfrom surrounding circumstances and the intents of the partiesinvolved. The Canada Revenue Agency may see a quick sale of a houseto show intent of business not personal use, the high value of adonation to demonstrate a lack of "donative intent", orfew signs of traditional business planning in a space trip to showa shareholder benefit. Issues frequently arise with the CanadaRevenue Agency's analysis because they are observing thetransaction as an outside party without the full facts the taxpayermay have access to. Our experienced Canadian tax lawyers can assist you inpresenting these facts to the Canada Revenue Agency to successfullychallenge their characterization of your transactions.

The content of this article is intended to provide a generalguide to the subject matter. Specialist advice should be soughtabout your specific circumstances.

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A Canadian Tax Lawyer's Perspective On An Out Of This World Shareholder Benefit Decision Lalibert v. Canada - Tax - Canada - Mondaq News Alerts

No, Proactive Arrests Are Not A Thing! – Above the Law

There is no such thing as a proactive arrest. There is no such thing as a noncustodial arrest where an individual is transported to another location and detained. There is no such thing as probable cause because a person was standing in a group of several hundred people, five or six of whom are suspected of committing a crime.

That is not how any of this works!

And yet heres Chad Wolf, our acting Secretary of the Department of Homeland Security, explaining to Fox News that his agents simply have to snatch random black-clad kids off the streets of Portland because those mean Democratic mayors wont welcome his storm troopers into their cities with open arms.

The Department, because we dont have that local law enforcement support, we are having to go out and proactively arrest individuals. And we need to do that because we need to hold them accountable. This idea that they can attack federal property and law enforcement officers and go to the other side of the street and say, you cant touch me, is ridiculous.

Wolf, who has no law enforcement or legal background and made his name championing DHSs family separation policy, has consistently described large crowds of overwhelmingly peaceful protestors as violent anarchists. Which is handy wordsmithing, since it recasts the demand that police stop killing black people as a call to overthrow the government, while simultaneously imputing criminality to thousands of people at once to justify proactive arrests. Whatever those are.

Theres no evidence that these yellow-shirted moms were participating in any illegal activity at all, but that didnt stop Wolfs stormtroopers beating and gassing them like everyone else last night.

Wolf continued to misunderstand basic tenets of American criminal law at a DHS press conference yesterday. When asked by a reporter about people getting snatched off the streets and thrown into vans for questioning What exactly is the standard of probable cause you are getting, and how is that not a violation of civil liberties? Wolf again garbled the legal underpinnings of his argument with vague assertions of group criminality.

This is a very difficult environment to work in. You have 500, 600 violent individuals, violent criminals across the streets that try to inflict harm on your property and law enforcement officers. We do our best to identify who they are using probable cause. What we dont do is we dont go into the crowd. We dont try to go into a violent crowd of 400 people to arrest people.

Probable cause is a means of identification? Umm, okay.

Then Wolf turned the microphone over to his deputy Kris Cline, head of the Federal Protection Service, to take another stab at it. Cline started off strong, noting that agents have the right to investigate crimes on or against federal property. But he ran into some trouble when defending the widely disseminated video of his agents jumping out of a van and grabbing up a black-clad kid off the street.

The individual they were questioning was in a crowd and an area where an individual was aiming a laser at the eyes of officers.

So just on the face of it, that does not sound like facts and circumstances within the police officers knowledge would lead a reasonable person to believe that the suspect has committed, is committing, or is about to commit a crime. As Harvard Law professor Andrew Crespo pointed out in an excellent Twitter thread last night, guilt by association is reallynot a thing in American law.

Clines description doesnt even sound like reasonable suspicion that the individual was involved in criminal activity such as would justify a brief, non-consensual detention. In fact, it sounds like just the type of heavy-handed, extra-legal policing that brought thousands of people out onto the streets of Portland for the past 54 nights. But go on, sir!

In this instance, the CPB officers approached him. And you saw the approach, it was peaceful, there is no tackle, no get on the ground, they wanted to talk to him.

In fact, we did see the approach, and that is definitely not how we would describe it. We would describe it as unmarked agents who wordlessly grabbed this guy off the street without identifying themselves, much less announcing their intention to question him. As for Clines assertion that they asked the individual to please get in the van, well, he seems to be, ummm,mistaken about that.

They did take him to an area that was safe for both the officers and the individual to do the questioning, Cline continued. So, its not a custodial arrest.

As we pointed out last week and Professor Crespo noted last night, this is the very definition of a custodial arrest, so cleanly within the margins that it could be lifted from a criminal law exam. He was detained, transported to another location without his consent, he was not free to leave, and he was questioned about criminal activity. And if the guys in charge of those shock troops unleashed on Americas streets dont understand the basics of WHAT IS ARREST, then theyre in no position to guarantee that the First, Fourth, and Fifth Amendment rights of US citizens are being protected.

Nonetheless, Wolf bridles at criticism that his troops trample civil liberties and needlessly inflame an already tense situation.

These police officers are not storm troopers. They are not the Gestapo, as some have described them, he huffed indignantly. That script is offensive, hyperbolic, and dishonest.

You can tell DHS and the FPS arent Gestapo stormtroopers by how often they feel the need to deny it.

Elizabeth Dye (@5DollarFeminist) lives in Baltimore where she writes about law and politics.

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No, Proactive Arrests Are Not A Thing! - Above the Law

China successfully launches its first space mission that will attempt to land on Mars – Explica

The Tianwen-1 mission will take 7 months to reach Mars and will attempt to orbit, land, and explore the red planet, all simultaneously.

The ambitious Chinese space program took the first step towards the red planet: the Tianwen-1 mission which in Chinese means questions to the heavens was successfully launched this Thursday morning from Wenchang, on the south coast of China.

Unlike other unmanned launches, Tianwen-1 has three unprecedented goals for a single mission: to orbit, land, and explore the Martian surface through a rover with six scientific instruments.

This is a comprehensive plan that, if carried out successfully, would represent a historic achievement for a relatively new country in space exploration that has tripled its launches in the last decade, with special emphasis on unmanned lunar exploration.

The Tianwen-1 orbiter aims to achieve the gravitational pull of Mars and send information from both the rover and its seven scientific instruments including radars, spectrometers, magnetometers, and particle analyzers.

After getting into orbit, the most complicated part of the mission will come: getting the lander (with the vehicle inside) to enter the atmosphere and land on Martian soil without taking further damage.

Using six scientific instruments, the missions rover aims to be the first to analyze ice below the surface and shed more clues to the Red Planets past, especially the likelihood that it had harbored life millions of years ago.

Photo: NASA / JPL-Caltech / Cornell / ASU

Tianwen-1 will travel some 58 million kilometers before reaching the fourth planets orbit with respect to the Sun in February 2021 and is part of the new 21st century space race, whose main objective is Mars.

The first mission to land a rover on Mars was the Soviet space probe Mars 3 in 1971. Five years later, NASAs Viking program captured the first sharp images of the red planet, and since then the United States has maintained rovers for various periods, such as Pathfinder and Curiosity exploring the surface of Mars.

In the near future, manned missions to Mars will mark humanitys first step on a planet other than Earth, and with them, different plans that seemed science fiction decades ago, such as establishing a Martian colony or working in terraforming the red planet, they could gain strength and become targets of agencies and aerospace companies.

Now read:

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How many people will be able to live on Mars? This is the number to survive

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China successfully launches its first space mission that will attempt to land on Mars - Explica

How Technology is Disrupting Medical Education – HealthTechZone

Now more than ever we're experiencing how technology can disrupt and benefit our lives at rates of advancement that are possibly unprecedented.

These shifts can be seen in various aspects of the education sector as well, not least medical education. At the broader level, medical schools and institutions are adapting their curriculums in view of the changing technological landscape, and patient simulation is becoming more realistic.

Even big tech is getting in on the game with Apple and Google establishing segments with a bigger focus on health care.

It may come as no surprise, therefore, that medical students are trading in their university courses for online learning instead. This new normal has created fertile ground for a raft of online providers, like Lecturio, UWord and Amboss to name a few, that are harnessing advanced technologies to help students memorize the copious amounts of material they need to learn for hard exams like the United States Medical Licensing Examination USMLE.

To understand more about these changes in medical education, let's consider what we mean by disruptive tech.

Disruptive technology is one that displaces what's already on the market, giving way to a completely new industry.

For education, disruptive technologies have taken the form of online learning, cloud services, chat-based collaboration platforms, competency-based education, virtual reality, augmented reality, and artificial intelligence.

How disruptive technology is improving medical education?

All of these innovations have improved how we learn or are currently breaking new ground in the education space. To understand how, let's consider each technology in turn.

The advent of online learning has meant that education can now be accessed by a wider net. People who have children, older men and women, people with disabilities, or those in full-time employment, all may have challenges physically attending classes but online learning can be accessed from anywhere. You can also pay and book courses remotely, and sometimes carry out the course objectives according to your own schedule.

Cloud services are another new application that has enhanced learning. Cloud computing, in general, has increased accessibility, making it easier to share notes, disseminate lesson plans, and even devise a universal and uniform filing structure. It can aide collaborative projects as well allowing more than one user to contribute to and edit documents. Some cloud services have also been devised to provide essential details for courses so you can quickly assess whether a particular set of modules is appropriate for you. For instance, you can gauge duration, price, prerequisites, and lesson programs or have the application recalculate things like cost or eligibility with changing variables. You might even be able to select aides or teaching assists according to any special needs you have.

Chat-based collaboration platforms

Chat-based collaboration platforms take communication solutions, like Slack or Trello, to the next level. Including a video element allows participants to be exposed to a broader perspective by enabling global presenters to provide video content or telecommute for panel discussions. Combined with the chat element, it makes the experience more interactive, including space for Q&A.

Competency-based education (CBE)

Competency-based education (CBE) is another type of disruptive learning solution aimed at drawing in a wide specter of students. The underlying presumption to this approach is that all students are at different points on a spectrum of learning. They absorb information at different speeds and some excel better with certain learning methods while others have an aptitude for different approaches. A CBE programme thus takes these differences into account and provides for adaptability within it. This would ensure students remain more engaged, avoids students duplicating their knowledge acquisition, and prevents some students from feeling as though they are lagging behind. This approach is based on individual learning needs. By using data analytics, dashboards are produced to assess progress and outcomes, moving away from the traditional model of grading.

Case study example

One example of a CBE program is Lecturio, an online tool that provides learning solutions for medical students with short, concise, and easy-to-follow video lectures, but with integrated questions that deliver an interactive learning dimension. It also has an exam-simulating interface so that students can become familiar with a test situation. There's also a tutor mode to help explain complex concepts. The aim is for learning to be adaptable according to the student's own pace and level.

Virtual reality (VR), Augmented Reality (AR), and Artificial Intelligence (AI)

Then there are more cutting edge models such as Virtual Reality (VR), Augmented Reality (AR), and Artificial Intelligence (AI).

VR and AR are now no longer relegated only to the gaming world, they make the educational process more interactive as well by allowing the student to insert themselves into scenarios. For instance, with VR, you can immerse yourself in history, or see learning come to life for archeology, physics, and even medicine, as memorizing organ names and illnesses is not all medical students have to do. Observation plays a key role in medical education.

VR is not currently widely used as it is prohibitively expensive but that might change in the future. The more VR technology is adopted in learning, the more affordable it will become.

AR is more affordable, however, and it still adds an extra layer of information to your existing reality, so you can experience more 3D modeling, and teachers can create elaborate and engaging presentations. It's accessible with a smartphone and tablet, which are also in common possession now.

AI's use in education is to utilize algorithms that help personalize the learning experience. Machine learning can analyze how learners consume information and assess what their particular needs are. And there are already systems in place for personalized tutoring and AI tools that can moderate discussions.

The thing with machine learning is it gets smarter every year too and one day it may be able to deliver instant feedback to students or analyze someone's potential for learning.

The benefits of disruptive technology

Overall, technology benefits us as it makes what we do easier, helps us advance further and it should make our lives more fulfilling. Educational technology certainly fulfills that brief.

By using any of the aforementioned methods you'll be able to record and share your learning materials, get personalized learning solutions, and get fast data, so you can inform your learning with analytics and progress evaluation that will put any medical student ahead of the curve in the heady space of medical education.

Written by D. A. Rupprecht

Author Bio: In addition to his advocacy work, D. A. Rupprecht is an internationally-based freelance writer who writes about the juxtaposition between technology and society. He has also written novels that address societal inequality.

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How Technology is Disrupting Medical Education - HealthTechZone

Iteris to Participate at 23rd Annual Oppenheimer Technology, Internet and Communications Conference on August 12, 2020 – Business Wire

SANTA ANA, Calif.--(BUSINESS WIRE)--Iteris, Inc. (NASDAQ: ITI), the global leader in smart mobility infrastructure management, today announced that president and CEO Joe Bergera, and CFO Douglas Groves will be hosting virtual meetings with investors on Wednesday, August 12, 2020 during the 23rd Annual Oppenheimer Technology, Internet and Communications Conference.

For additional information or to schedule a one-on-one meeting with Iteris management, please contact your Oppenheimer representative, or Iteris' investor relations firm, MKR Investor Relations, at ITI@mkr-group.com.

About Iteris, Inc.

Iteris is the global leader in smart mobility infrastructure management the foundation for a new era of mobility. We apply cloud computing, artificial intelligence, advanced sensors, advisory services and managed services to achieve safe, efficient and sustainable mobility. Our end-to-end solutions monitor, visualize and optimize mobility infrastructure around the world to help ensure that roads are safe, travel is efficient, and communities thrive. Visit http://www.iteris.com for more information and join the conversation on Twitter, LinkedIn and Facebook.

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Iteris to Participate at 23rd Annual Oppenheimer Technology, Internet and Communications Conference on August 12, 2020 - Business Wire

Inspiration to Innovation: Mapping the Path to Technology Adoption – Journal of Petroleum Technology

In todays teetering oil economy, technology innovators are faced with new rules on the road to operator adoption, as heightened risk aversity fuels reluctance to invest. Last years bright ideas no longer shine so brightly, while mothballed bids are being dusted off for fresh consideration. So which proposals are earning props and which ones are getting canned?

Such were among the topics considered on the first afternoon of the virtual Unconventional Resources Technology Conference (URTeC), as Susan Nash, director of Innovation and Emerging Science and Technology at AAPG, moderated a panel discussion on Technology Adoption: Experiences from the Field.

Nash was joined by operators, accelerators, and technology scouts to discuss technology development from the lab to full-scale commercialization. Panelists included Mouin Almasoodi,senior staff reservoir engineer at Devon Energy; Amy Henry, co-founder and chief executive officer, Eunike Ventures; Aaron Lazarus., chief scientist in emerging technologies, Pioneer Natural Resources; Mike Party, drilling engineer and emerging technology specialist at Hess; and David Wishnow, head of energy technology identification and relationship management, Darcy Partners.

Nash began by posing questions that were foremost on attendees minds, as evidenced by posts by the virtual audience such as: How do I get my technology out to the field? How do I qualify it? Who will help me go through the process of evaluating it?

In terms of a concepts readiness for consideration by an operating company, Lazarus was quick to point to the scale used by Pioneer. We use the DOD [Department of Defense] readiness levels, which are the TRL levels [Technology Readiness Levels] one through 10. It starts with level one, which is I just came up with an idea and 10 is you can buy it at Best Buy.

The sweet spot in the middle is TRL five, where physical prototypes finally take shape.

At Pioneer, the emerging technologies team is focused on TRL five through seven technologies that have a basic, realistic prototype and demonstrate the economic viability of that prototype.

And its tough to traverse levels five through seven, which for some companies, Lazarus said, is a real valley of death.

But thats the range where we can come in and partner with you, he said. The key to success along the path to production is to partner, partner, partner, partner, partner.

Disciplined innovation requires teamwork, where we work hand-in-glove with our assets, with our support functions, and with the people in the field, said Party.

It also means a company should induce ingenuity from within.

We recognize that innovation can come from anywhere, and we support and leverage all the creativity of our organization in our employee base. To do that, weve tried to minimize bureaucracy, groupthink, and the need for a consensus culture, Party said, recognizing that a companys culture of creativity can strongly influence the free flow of ideas.

The caution, however, is that in focusing on internal resources, a company may neglect to pursue partnerships that could broaden its opportunities for success. While many startups are loath to bring in partners such as scientists or PhDs they dont want to give up slices of the equity piethe panelists pointed out the value of partners at every stage in the process of commercialization. Thats because commercializing technology is just as hard as developing it, Lazarus said.

At TRL seven, you can begin selling your services and product, and you can get a lot of interest from venture funds. Its a fully operational prototype thats been demonstrated in a realistic environment, that can actually be used in the function it was meant for, he continued.

Or, in scientific terms, as he explained, A prototype on that level has absolutely no duct tape on it.

Innovators believe theyve struck gold when they get great ideaseven more so with viable prototypes; they think theyve gotten past the hardest part. In reality, though, theyve taken one small step of the journey.

And its a long journey indeed. Several panelists cited a 2012 McKinsey study which reported that in the oil and gas industry, the time from inspiration to invention is typically 30 years.

Darcy Partners David Wishnow allowed that over the past few years, (at least until the recent economic downturn) with more wells being drilled compared to 2012, there is a corresponding decrease in risk in trying new ideas in the field.

If a new tool fails and some equipment be taken out of service, there are fewer repercussions in the overall scheme, he said. The risk profile of trials has changed, so its faster to iterate and improve the tools that are being tested, and to start getting good data and good refinements.

But you cant be in a hurry.

The key to technology development is small, slow incremental steps as you scale up until you go to a full demonstration. Proof of concept in a lab is not field driven, said Wishnow. Even if its been tested six ways from Sunday, youre going to have to run pilots.

If you want to get an operator to fund a full-scale trial, youll need proof at the next-smaller scale. Its incumbent on you to march your way up the technology development scale, to prove your technology to the point that an operator would invest that kind of money.

And unfortunately, even having reached this stage of readiness, failure is still an option.

As Eunike Ventures Henry cautioned, Look at the innovation readiness level and the investment readiness level; sometimes a project will fail not because of its technical readiness but the value of the investment for operators is not there.

Thats why, very early on, you need to have the operators sensibility, Party said.

Its Eunikes tactic, said Henry, to get a team to work alongside the operators, to continually ask, Do you want to learn more about the technology? Does it fascinate you? Does it fit your needs? Does it move the needle?

If the interest is there, Eunike will do a full-scale due diligence. If the operator believes the concept merits a field trial, the firm will help design a pilot. Its all about getting everyone involved to put a little skin in the game, she said.

For operators and partners, that skin can be a costly proposition, and for the startup, its sacrifice is buckets of sweat equity. The good news is that firms like Eunike can intervene to influence multiple operators to test different facets of the technology in parallel. They might also work with the asset team to build the business case.

When questions from the virtual audience signaled significant interest in ways to catch the operators attention, Henry advised listeners to figure out how to connect yourself between what youre trying to sell and what theyre focusing on, to become relevant.

Always start with the problem statement from the business, both the stated and contextual, she continued. Technologies that have gained the most traction are those that have very clear application to existing pain points within the operator base. Theres tons of public informationstart with investor relations. Do a quick google on their latest speeches. Most companies have someone that leads efforts in technology and innovationwhat have they said in that respect?

Almasoodi agreed that, regardless how incredible the innovation seems, its meaningless unless the solution is important for the operator.

That directive to offer up meaningful solutions means, of course, that their developers devote the time to researching the clients focus and needs. Stick to the plan to their focus areas and deliver results, advised Almasoodi. If an idea is not within our focus areas, we need to ask if its worth pursuing and evaluating.

Nash offered her perspective that its hard to get serious attention of companies unless youre responding to their hair-on-fire issue, although, as Lazarus reminded, a company should not be using its emerging tech team to manage those urgent issues. Theyre working on the issues of tomorrow, 5 to 10 years out. Its too late to start doing R&D if its a problem right now.

Again, this brings up the issue of long-lead time, which can be laborious and somewhat deflating, especially when the solution feels far away.

As the panel members agreed, its tough for a startup to keep team members energized and engaged, particularly during the long adoption process or when the project hits a snag. As Henry ventured, How do you keep the fire alive?

The startup team needs to always be working with the operators innovation group and with management, Almasoodi said. Show the incremental progress rather than say heres the solution youll see 5 years from now.

We need to adjust expectations of the startup companies and catch a little fish and go for smaller, incremental pilots, Henry agreed.

While it is important for a startup to progress through disciplined, sequential stepsand to demonstrate progress at each stepit is also important, once a solution is viable, to pursue multiple paths to acceptance.

If youre trying to sell a technology, why restrict yourself to just one path? Lazarus asked rhetorically.

We find that multiple sources bring the same technology to us. Its not uncommon for us to see a technology from an innovation group, then to see the same technology at a Darcy [Partners] meeting, and to have one of our venture partners introduce us to the same technologywhy not try all paths?

At the end of the day, you dont get a penalty if we see it more than once. Youre at a greater risk of it falling through if you dont try all paths that are available to you.

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Inspiration to Innovation: Mapping the Path to Technology Adoption - Journal of Petroleum Technology

Color Star Technology Announces the Addition of Renowned Music Producer Xiuzhu Chen and Dancer Bowan Wang to its list of Star Teachers on its Planned…

NEW YORK, July 23, 2020 /PRNewswire/ --Color Star Technology Co., Ltd. (Nasdaq CM: HHT) (the "Company," "we" or "HHT"), a company engaged in the business of providing innovative education services, is pleased announced that its wholly-owned subsidiary Color China Entertainment Limited ("Color China") has entered into cooperation agreements with Xiuzhu Chen, a renowned Asian music producer, and Bowan Wang, a renowned Asian dancer to serve as "Star Teachers" on its planned online education platform "Color World".

Xiuzhu Chen is a well-known music producer with over 20 years of experience, beginning her career in pop music in 1988. She has participated in the recording of more than one thousand songs.In addition, she has also been featured in numerous movie soundtracks as well as television commercial songs, some of which were used in Disney films and on the Disney channel. These experiences and qualifications have built a solid foundation for her career in music and have qualified her to be in charge of the training sessions of multiple record companies over the past 20 years. She has also taught countless artists. After 2000, she began to accept invitations from various fields in China, ranging from music productions to television shows, serving as the trainer, music consultant and director. In "Super Boys," a popular singing contest show on Hunan TV in 2013, she trained 66 people, including Chenyu Hua, one the most popular singers in China today.

In 2013, she was invited to act as a judge on the "Super Idol" show of Sanli TV, additionally, she is still active in both Hong Kong and mainland China today, serving as both a music producer and vocalist. In 2018, she served as the vocal director of a music show, "The War of Music" on Tencent and was awarded the "Most Trendy Vocal Guide" award.

Xiuzhu has signed a contract with Color China to serve as a Star Teacher on Color World. With Xiuzhu's experience in pop music, she differs from traditional vocal teachers in her vocal training and teaching methods. We believe that students will be able to learn and benefit from her courses in music production, vocal guidance and singing.

As a renowned dancer in Taiwan, Bowan Wang's wonderful presentation of the art of dancing and unique understanding of choreography will now be available to all students. With her rich emotional expression and clever rhythmic control, Bowan's talents have been fully recognized on and off the stage. Bowan has performed as a dancer at performances by famous singers such as Jay Chou, Ni Zhen, Yuqing Fei, Qin Cai and Yilian Lin. She also played significant roles in Jingru Liang's concerts, Miss Asia's final dance choreography, and the dance choreography of multiple high-end commercial activities, and more. With her various accomplishments, Bowan is an experienced dancer with a deep heritage, who brings with her a comprehensive technical interpretation and dimensional expression. During her 25-year dancer career, Bowan has served as judge for dance competitions in various colleges and universities on numerous occasions, helping a large number of excellent dance practitioners. Bowan has also expressed her strong enthusiasm to be an instructor on Color World, and to finally have the opportunity to share her years of experience with the next generation of dancers and to do something for the dance industry that she loves.

Our planned courses will focus on integrating renowned teachers with online entertainment and education and are intended to break free from traditional teaching models. We believe that our planned interactive and comprehensive educational courses will greatly spur multi-direction growth for students. We also plan that Color World will provide outstanding students with more opportunities to participate in various activities at our offline entertainment base, as well as a star-level model which will provide our users and students with a ladder to enter the entertainment industry quickly.

We are honored to cooperate with Xiuzhu Chen and Bowan Wang. In the future, we anticipate to continue to sign contracts with more Chinese and international artists in music, film, sports, animation, television, presentation, dance, art and other entertainment fields as Star Teachers on Color World.

We believe that the famous stars and professional instructors we invite onto Color World can share their valuable experiences with students around the world, so that more students can experience the charm of learning. The launch of Color World will also open a whole new level of the online education of entertainment. Unlike other traditional education platforms, we pay more attention to the professional learning experience of our students by inviting professionals of each field to share their professional career experience. In order to provide the most effective learning environment with precision, we plan for our platform to include level subdivisions, and list numerous Star Teachers in fields ranging from film and television programs to music production. Users will be able to register online and choose their favorite instructors, as well as conduct online learning exchanges.

Color Star plans to build Color World into a world-class online education platform with top technology and peripheral service. Beginning in China and expanding globally, management believes that we will be able to bring a highly attractive and new mode of education and entertainment. We believe that the abundant practical experience of the Star Teachers combined with the unique teaching mode of our planned live courses on Color World will enable the content of the courses to not only be a vivid exchange, but also act like a rainbow, linking the love of entertainment at both ends and the pursuit of various forms of art.

About Color Star Technology Co., Ltd.

Color Star Technology is a holding company whose primary business is offering both online and offline innovative education services. Its business operations are conducted through its wholly-owned subsidiaries Color China Entertainment Ltd. and CACM Group NY, Inc. The Company also anticipates providing an after-school tutoring program in New York via its joint venture entity Baytao LLC, and providing online music and entertainment education via a platform branded "Color World."

Forward-Looking Statements

Certain statements made herein are "forward-looking statements" within the meaning of the "safe harbor" provisions of the Private Securities Litigation Reform Act of 1995. Forward-looking statements may be identified by the use of words such as "anticipate", "believe", "expect", "estimate", "plan", "outlook", and "project" and other similar expressions that predict or indicate future events or trends or that are not statements of historical matters. Such forward-looking statements include the business plans, objectives, expectations and intentions of the parties following the completion of the acquisition, and HHT's estimated and future results of operations, business strategies, competitive position, industry environment and potential growth opportunities. These forward-looking statements reflect the current analysis of existing information and are subject to various risks and uncertainties. As a result, caution must be exercised in relying on forward-looking statements. Due to known and unknown risks, our actual results may differ materially from our expectations or projections. All forward-looking statements attributable to the Company or persons acting on its behalf are expressly qualified in their entirety by these factors. Other than as required under the securities laws, the Company does not assume a duty to update these forward-looking statements. The following factors, among others, could cause actual results to differ materially from those described in these forward-looking statements: there is uncertainty about the spread of the COVID-19 virus and the impact it will have on HHT's operations, the demand for the HHT's products and services, global supply chains and economic activity in general. These and other risks and uncertainties are detailed in the other public filings with the Securities and Exchange Commission (the "SEC") by HHT. Additional information concerning these and other factors that may impact our expectations and projections will be found in our periodic filings with the SEC, including our Annual Report on Form 20-F for the fiscal year ended June 30, 2019. HHT's SEC filings are available publicly on the SEC's website at http://www.sec.gov. HHT disclaims any obligation to update the forward-looking statements, whether as a result of new information, future events or otherwise.

Color Star Technology Co., Ltd. Contact: Investor Relations FinancialBuzzIR [emailprotected] Tele: +1-877-601-1879

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Color Star Technology Announces the Addition of Renowned Music Producer Xiuzhu Chen and Dancer Bowan Wang to its list of Star Teachers on its Planned...

The Role of Bubbles in Brain Injury – Technology Networks

Say theres a bomb attack on a military base. A few of the soldiers suffer concussions and other brain injuries. Could some of the injuries be caused by tiny bubbles that form and collapse within the skull during head trauma?Researchers at Iowa State University, with the support of grants from the Office of Naval Research, are using their expertise with the manufacture of microstructures to study and describe the damage to brain cells caused by the formation and collapse of microbubbles a process known as cavitation.

The researchers report their findings in a paper featured in Global Challenges. Lead authors are Nicole Hashemi, an Iowa State associate professor of mechanical engineering, and Alex Wrede, a former doctoral student and postdoctoral research associate in Hashemis lab.

The researchers write that microbubbles measured in microns thats millionths of a meter can form in cerebral spinal fluid inside the skull during traumatic brain injuries. The formation and dramatic collapse of these microbubbles could be responsible for some of the damage in a brain injury.

Bubble damage may sound trivial. But bubble collapse, and the resulting shock waves, are known to damage the steel foundations of boat propellers. The researchers report that prior studies indicate the expansion and collapse of microbubbles creates forces of 0.1 to 20 megapascals, or 14.5 to 2,900 pounds per square inch.

So it is alarming to realize the damage that cavitation inflicts on vulnerable brain tissue, the researchers wrote.

Researchers turned on an ultrasonic device in the tank, collapsing the microbubbles and creating cavitation. They also used the ultrasonic device on a control group of cells that were not exposed to cavitation.

The researchers looked for two kinds of effects: first, they used an inverted microscope to record any morphological changes to the cells. Second, they worked with colleagues in Iowa States College of Veterinary Medicine to assess whether there were genetic changes in the cells.

The researchers found cavitation caused the cells to shrink and roughened their surfaces. The cells appeared to elongate and grow when images were taken 22 and 48 hours after cavitation. Even so, the researchers found cell growth after 48 hours in terms of surface area was about half as much as the control cells.

The researchers also found the cells damaged by cavitation had elevated expression of genes such as TNF- and IL-6, which are associated with inflammatory conditions such as infection with the SARS-CoV-2 virus and neurological disorders such as Parkinsons and Alzheimers diseases.

Taken together, these results confirm that surrounding cavitation is detrimental to astrocytic function, the researchers wrote.

A location map of cavitation occurrence can be directly used to design a helmet that dampens force and reduces the possibility of cavitation, the researchers wrote.

And while this study focusses on military helmets, Hashemi said the same ideas could be applied to helmets for football and other sports.

This research is looking at battlefield applications, but in football there are similar impacts and shock waves, Hashemi said. Players do get mild forms of traumatic brain injury. Players might not realize it, but the effects of cavitation injuries would be there.

Wrede, Hashemis former graduate student whos now working as a dynamic systems modeling engineer for John Deere in Dubuque, said the project has taught him theres great need for more research and development.

The people who have served our country and come back with injuries are really relying on research to find answers, he said. Answers could improve quality of life for our veterans and everybody unfortunate enough to go through traumatic brain injury.

This article has been republished from the following materials. Note: material may have been edited for length and content. For further information, please contact the cited source.

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The Role of Bubbles in Brain Injury - Technology Networks

Fall TV 2020: See the Premiere Dates and Schedule for Every New and Returning Show – Oprah Mag

The fall 2020 TV season will be unlike any other. Film and TV production shut down in March, due to the coronavirus pandemic, meaning that some shows, like Grey's Anatomy, ended their seasons earlier than expected because episodes weren't complete. Others, like The Good Fight and Billions, chose to linger in the middle of their seasons until further episodes can be filmed.

And if that's spring TV, then how will the pandemic thwart the conventional notion of fall TV? Will there even be new shows to watch, or will we be left staring at those rainbow bars?

In short, the answer is yes: From the third season of Selling Sunset to HBO's buzzy Lovecraft Country, a Tyler Banks helmed Dancing With the Stars, and Big Brother, there will be new TV shows out in August through the end of the year, though not all premiere dates are certain. Here's what we know of fall 2020's network and cable TV schedule, including a few highlights below of program's we're especially excited for.

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The third season of Netflix's juicy reality show about luxury real estate agents in Los Angeles, will return only months after the second one dropped. Already, we know season three has major drama in store: Chrishell Stause copes with her divorce from This Is Us actor Justin Hartley at the same time that Heather Rae Young's relationship with HGTV's Tarek El Moussa heats up.

HBO's most anticipated new series is backed by major star power: Jordan Peele (Get Out) and J.J. Abrams (Star Trek). Starring Jonathan Majors, Jurnee Smollett, Courtney B. Vance and Michael Kenneth Williams, the series is about a road trip through the Jim Crow South, where characters contend with the horrors of racism and literal monsters. Later this fall, snuggle up with the book that inspired the eerie TV show.

Claire Crawley is a trailblazing Bachelorette. For one, at 39, she's the oldest lead in the franchise's 17-year history. Her season of The Bachelorette is also the first to be filmed entirely in quarantine due to a global pandemic, so there's that bit of history, too. All in all, the 16th season of The Bachelorette is shaping up to be an unmissable TV experience.

Gabrielle Union and Jessica Alba star as a crime-fighting duo in this show. Need we say more? Didn't think so. Produced by Jerry Bruckheimer, L.A's Finest is a spinoff of his Bad Boys blockbuster franchise, with Union reprising her role of Sydney "Syd" Burnett. The 13-episode show originally premiered in 2019 on the Spectrum cable system, and will air on FOX in 2020.

Saturday, August 1Earthflight, A Nature Special Presentation: Season 1 (2013) 8 p.m. (BBC America)Ann Rules Sleeping With Danger, 8 p.m. (Lifetime)Super Monsters: The New Class, (Netflix)

Sunday, August 2Connected: Season 1, (Netflix)Taskmaster: Series 1 (The CW)The Real Housewives of Potomac: Season 5 (Bravo)Ann Rules A Murder to Remember (Lifetime)Shark vs. Surfer (Nat Geo)Hiroshima and Nagasaki: 75 Years Later (History)Fridge Wars: Season 1 (The CW)Elizabeth Smart: Finding Justice (Lifetime)The Osbournes Want to Believe (Lifetime)

Monday, August 3Immigration Nation (Netflix)

Tuesday, August 4Sam Jay: 3 in the Morning (Netflix)A Go! Go! Cory Carson Summer Camp (Netflix)Malibu Rescue: The Next Wave (Netflix)Mundo Mistrio (Mystery Lab) (Netflix)The Swamp (HBO)Whats It Worth? (A&E)Extreme Unboxing (A&E)Backyard Envy (Bravo)

Wednesday, August 5Anelka : LIncompris (Anelka: Misunderstood) (Netflix)Worlds Most Wanted (Netflix)Coroner: Season 1 (The CW)Catfish: The TV Show: Season 9 (MTV)Marrying Millions: Season 2 (Lifetime)

Thursday, August 6An American Pickle (HBO Max)Upright: Mini-Series (Sundance Now)The Rain: Season 3 (Netflix)Hitmen: Season 1 (Peacock)La Llorona (Shudder)On the Trail: Inside the 2020 Primaries (HBO Max)The Seven Deadly Sins: Imperial Wrath of The Gods (Netflix)Christina on the Coast: Season 3 (HGTV)Star Trek: Lower Decks (CBS All Access)

Friday, August 7Work It (Netflix)Wizards: Season 1 (Netflix)Howard (Disney)Tales of Arcadia: Chapter 3 (Netflix)Alta Mar (High Seas): Season 3 (Netflix)Berlin, Berlin (Netflix)The Magic School Bus Rides Again Kids In Space (Netflix)Nailed It! Mxico: Season 2 (Netflix)The New Legends of Monkey: Season 2 (Netflix)Selling Sunset: Season 3 (Netflix)Sing On! Germany (Netflix)Tiny Creatures (Netflix)Word Party Songs (Netflix)Being Reuben (The CW)

Saturday, August 8License to Kill: Season (Oxygen)Jodi Arias: Cellmate Secrets (Lifetime)Dallas and Robo (Syfy)

Sunday, August 9YOLO: Crystal Fantasy Season 1 (Adult Swim)We Hunt Together: Series 1 (Showtime)Endeavour: Series 7 (PBS)Surviving Jeffrey Epstein (Lifetime)

Monday, August 10About Face: Season 1 (Quibi)Mapleworth Murders: Season 1 (Quibi)GAME ON: A Comedy Crossover Event (Netflix)10 Things You Dont Know: Season 1 (E!)

Tuesday, August 11Rob Schneider: Asian Momma, Mexican Kids (Netflix)Hard Knocks: Los Angeles (HBO)

Wednesday, August 12(Un)Well (Netflix)Yusuf Hawkins: Storm Over Brooklyn (HBO)

Thursday, August 13Five Bedrooms: Season 1 (Peacock)An Easy Girl (Un fille facile) (Netflix)

Friday, August 14Ted Lasso: Season 1 (Apple TV+)Boys State (Apple TV+)The One and Only Ivan (Disney+)Project Power (Netflix)3%: Season 3 (Netflix)Fearless (Netflix)Glow Up: Season 2 (Netflix)El robo del siglo (Netflix)Octonauts & the Caves of Sac Actun (Netflix)Teenage Bounty Hunters (Netflix)Weird But True!: Season 3 (Disney+)Worlds Toughest Race: Eco-Challenge Fiji (Amazon Prime Video)The Great Heist (Netflix)

Saturday, August 15Rita: Season 5 (Netflix)Stranger: Season 2 (Netflix)

Sunday, August 16The Circus: Inside the Wildest Political Show on Earth: Season 5 (Showtime)Lovecraft Country: Season 1 (HBO)Darcey & Stacey: Season 1 (TLC)

Monday, August 17Punk'd: Season 2 (Quibi)Crazy Awesome Teachers (Netflix)Glitch Techs: Season 2 (Netflix)

Tuesday, August 18Dead Pixels: Season 1 (The CW)

Wednesday, August 19Crmenes de familia (The Crimes That Bind) (Netflix)DeMarcus Family Rules (Netflix)High Score (Netflix)

Thursday, Aug. 20Random Acts of Violence (Shudder)John Was Trying to Contact Aliens (Netflix)Biohackers (Netflix)Great Pretender (Netflix)

Friday, August 21Chemical Hearts (Amazon Prime Video)Lucifer: Season 5 (Netflix)Alien TV (Netflix)Fuego negro (Netflix)Hoops (Netflix)Rust Valley Restorers (Netflix)The Sleepover (Netflix)

Monday, August 24Reno 911!: Part 2 (Quibi)

Tuesday, August 25Emilys Wonder Lab (Netflix)Trinkets: Season 2 (Netflix)

Wednesday, August 26Do Do Sol Sol La La Sol (Netflix)La venganza de Anala (Netflix)Million Dollar Beach House (Netflix)Rising Phoenix (Netflix)

Thursday, August 27Tyler Perrys Madeas Farewell Play (BET+)Ravi Patels Pursuit of Happiness: Season 1 (HBO Max)Aggretsuko: Season 3 (Netflix)

Friday, August 28Phineas and Ferb the Movie: Candace Against the Universe (Disney+)Orgenes secretos (Unknown Origins) (Netflix)The Binge (Hulu)All Together Now (Netflix)

Sunday, August 30Love Fraud: Season 1 (Showtime)Top Gear Nepal Special (BBC America)2020 MTV VMAs (MTV)

Friday, September 4The Boys Season 2 (Amazon)

Sunday, September 6Undercover Season 2 (Netflix)

Tuesday, September 8Pen15 Season 2 (Hulu)

Thursday, September 10Football Night In America Season 15 (Special Night) (NBC)Sunday Night Football Season 34 (Special Night) (NBC)

Sunday, September 13Football Night In America Season 34 (NBC)

Monday, September 14Monday Night Football Season 51 (ESPN)

Wednesday, September 16The 55th Annual Academy of Country Music Awards (CBS)

Thursday, September 17Thursday Night Football Season 14 (NFL)

Sunday, September 20The 72nd Emmy Awards (ABC)

Monday, September 21Monday Night Football Season 51 (ESPN)

Sunday, September 27The Simpsons Season 33 (FOX)Bless The Harts Season 2 (FOX)Bob's Burgers Season 11 (FOX)The Comey Rule (Showtime)Family Guy Season 19 (FOX)

Tuesday, September 29The First Presidential Debate (ABC, CBS, NBC, FOX)

Wednesday, September 30Coroner: Fire Season 2 (The CW)

Sunday, October 4The Good Lord Bird (Showtime)Britannia Season 2 (Epix)The Comedy Store (Showtime)

Wednesday, October 142020 CMT Music Awards (CMT)

Thursday, October 15The Second Presidential Debate (ABC, CBS, NBC, FOX)

Thursday, October 22The Third Presidential Debate (ABC, CBS, NBC, FOX)

Saturday, November 72020 Rock and Roll Hall of Fame Induction Ceremony (HBO)

Sunday, November 15The Reagans (Showtime)The E! People's Choice Awards (E!)

Sunday, November 22Belushi (Showtime)

Dates to Be AnnouncedGangs of London: Season 1 (AMC)Genius: Aretha (Nat Geo)The Undoing: Season 1 (HBO)neXt: Season 1 (Fox)L.A.'s Finest: Season 1 (Fox)Cosmos: Possible Worlds: Season 1 (Fox)MasterChef Junior: Season 8 (Fox)Filthy Rich: Season 1 (Fox)The Masked Singer: Season 4 (Fox)The Neighborhood: Season 3 (CBS)Bob (Hearts) Abishola: Season 2 (CBS)All Rise: Season 2 (CBS)Bull: Season 5 (CBS)NCIS: Season 18 (CBS)FBI: Season 3 (CBS)FBI: Most Wanted: Season 2, (CBS)The Amazing Race: Season 32 (CBS)SEAL Team: Season 4 (CBS)60 Minutes (CBS)Young Sheldon: Season 4 (CBS)B Positive: Season 1 (CBS)Mom: Season 8 (CBS)The Unicorn: Season 2 (CBS)Evil: Season 2 (CBS)MacGyver: Season 5 (CBS)Magnum P.I.: Season 3 (CBS)Blue Bloods: Season 11 (CBS)The Equalizer: Season 1 (CBS)NCIS: Los Angeles: Season 12 (CBS)NCIS: New Orleans: Season 7 (CBS)S.W.A.T.: Season 4, CBSSoulmates (AMC)The Right Stuff (Disney+)Clouds (Disney+)Bridezillas (WE tv)Devils (The CW)The Outpost: Season 3 (The CW)Pandora: Season 2 (The CW)Two Sentence Horror Stories: Season 2 (The CW)Swamp Thing: Season 1 (The CW)Supernatural: Season 15 (The CW)The Bachelorette: Season 16 (ABC)Dancing with the Stars: Season 29 (ABC)The Good Doctor: Season 4 (ABC)Big Sky: Season 1 (ABC)The Conners: Season 3 (ABC)The Goldbergs: Season 8 (ABC)American Housewife: Season 5 (ABC)Stumptown: Season 2 (ABC)Call Your Mother: Season 1 (ABC)Station 19: Season 4 (ABC)Greys Anatomy: Season 17 (ABC)A Million Little Things: Season 3 (ABC)The Rookie: Season 3 (ABC)Supermarket Sweep: Season 1 (ABC)Who Wants To Be A Millionaire (ABC)Americas Funniest Home Videos: Season 31 (ABC)Black-ish: Season 7 (ABC)The Salisbury Poisonings (AMC)This Is Us: Season 5 (NBC)The Voice: Season 19 (NBC)Manifest: Season 3 (NBC)New Amsterdam: Season 3, (NBC)Chicago Fire: Season 9, (NBC)Chicago Med: Season 6, (NBC)Chicago P.D.: Season 8, (NBC)Superstore: Season 6 (NBC)Brooklyn Nine-Nine: Season 8 (NBC)Law & Order: SVU Season 22 (NBC)Law & Order Organized Crime: Season 1 (NBC)The Blacklist: Season 8 (NBC)No Mans Land (Hulu)By Whatever Means Necessary: The Times of Godfather of Harlem (Epix)Emily In Paris: Season 1 (Netflix)David Byrnes American Utopia (HBO)Chilling Adventures of Sabrina: Part 4 (Netflix)Over the Moon (Netflix )

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Fall TV 2020: See the Premiere Dates and Schedule for Every New and Returning Show - Oprah Mag

Is having a new puppy like having a newborn in the house? More than I ever appreciated. – Toronto Star

My youngest son, Alister, and I stood by the crate, talking in hushed voices.

Our new puppy, home with us for the first time that afternoon, had gone into the crate an hour ahead of the schedule wed been provided by the breeder.

Is she down for the night, you think? I asked my 13-year-old, like he would somehow know.

I dont know. Maybe?

It was 10 in the evening. The breeder had said she could last from 11 p.m. to 5:30 a.m. in the crate. If she went down now, would she be up at 4:30 a.m.? I wondered aloud with all the uncertainty of a first-time mom to a human baby.

Well, if she is down for the night, well have to close the crate door then, I said, edging toward a decision.

Shell wake up if we close the door, said Alister.

But we cant not close the door ...

In the end we stealthily closed the door and backed out of the room, tiptoeing our way around the creakier parts of the hardwood floor, up the stairs and out of earshot where we could further speculate on Poppys sleep schedule.

It was the start of what has been close to four weeks now of canine caregiving lessons that have opened my two teen boys eyes to some of the responsibilities of parenting better than any episode of Degrassi or a Tamagotchi toy could have done.

With interest in pet ownership skyrocketing during the pandemic while many families have more time at home to bond with and train their new animal and little else to lift their spirits households across the country are in the throes of puppy parenting.

The Toronto Humane Society had a 100 per cent adoption rate of all the animals in its shelter during April and May, compared to 93.5 per cent the same time last year. Reputable dog breeders have wait lists that stretch well into 2021 and beyond.

Everyone tells prospective puppy parents that itll be just like having a newborn in the household again. Subtracting the breastfeeding, colic and diaper changes, theyre more right than I fully appreciated.

The vigilance required for house training and keeping puppies away from choking hazards and other things that shouldnt go in their mouths is a little like being on alert with a newly mobile crawling baby or toddler. The zombie-like fatigue from night waking is definitely reminiscent of early parenting, as is the way our new responsibilities shape dialogue in our home these days.

Now were reporting to each other when our dog last had a pee or poo, how long she napped and when she last ate.

While I work, my boys negotiate off-duty time with each other to do other things, like take a shower or play a little Mario Cart.

We talk about the witching hour when Poppy gets a little hyper and hard to handle in the evening, like a cranky period with a baby. We arrange her daily play dates with the little kids next door and chart her progress on things like responding to the sit command.

And just like isolated new parents stuck at home more than ever, we notice that life is a little easier to handle when were showing off our cute new addition to people we meet on the sidewalk or friends who come by for a socially distanced backyard visit.

Although it happens that welcoming a dog to our home was in the works before COVID-19 hit, the pandemic can present an opportune time to adopt a pet, said Hannah Sotropa, public relations specialist for the Toronto Humane Society.

We really advocate that when youre looking at an adoption, you need to look at especially during this time the longevity of that decision, said Sotropa. COVID-19 will come to an end and when that time does come, looking at whether an animal still suits your lifestyle will be great in setting you, but also the animal, up for success.

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Making it work with a COVID-19 puppy comes down to being proactive as opposed to reactive, she said. That means beginning to prepare your puppy now for life in the after times and whatever sort of return to a previous routine it will bring.

If normally youre out of the house for an eight-hour shift, that means slowly working your pet up to that level of independence.

Using a crate or sanctuary room, possibly gating off an area, get your pet adjusted to being on their own in that space while the family is in other parts of the home, said Sotropa. Work your way up to departures slowly and incrementally.

The other important thing is to spread the responsibilities for your new pet among the members of your household.

Animals often get hyper attached to one person who does most of the walking, the feeding, the loving, said Sotropa.

This person we want to make less significant so that if they do have to go back to work, the animal knows, well, the other members in the house are going to provide me with what I need.

Deena Cooper, who trains and boards dogs through her business DeenaSpeaksDog.com, is already getting calls from people who are in over their heads with the responsibilities of a new puppy. Most of these pets came home during the social distancing period when puppy training classes were mostly suspended or few and far between.

Im getting lots of people wanting me to board and train their dogs; their dogs could be as young as eight weeks old, said Cooper. In some cases these new owners have fond memories of growing up with a dog but are now struggling with a puppy waking them up at night and demanding a lot of attention during the day while theyre also trying to care for their human children.

In other cases the puppies are a bit older and theyve established a lot of crazy behaviours like jumping up, nipping and barking that havent been properly addressed early.

Sotropa asks that anyone still contemplating a pandemic pet adoption think the decision through carefully.

Make no mistake that having an animal is the most rewarding, the most incredible experience; its a bond like youll have with no other, she said. However, they are a commitment and they are a commitment through thick and thin. We dont want to see animals end up back in the shelter.

This article has been changed from a previous version to correct the name of Deena Coopers business.

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Is having a new puppy like having a newborn in the house? More than I ever appreciated. - Toronto Star

Black American’s genes reflect the hardships and realities of slavery – NBC News

The graphic shows the three main research findings by 23andMe.23andMe

The genes of 50,000 descendants of slaves reveal the effects of the global slave trade generations later, according to a study published Thursday in the American Journal of Human Genetics. Researchers analyzed data provided by thousands of 23andMe customers who agreed to share their genetic information to better understand the impact of forced migration on the genealogy of the descendants of enslaved Africans in the Americas.

They found that enslaved people who were brought from one African region to a particular region in the Americas generally ended up sharing a genetic connection to that African region generations later, said Steven Micheletti, a population geneticist with 23andMe and the first author of the study.

But, in some cases the results did not line up with the historical records. For instance, while African Americans, based on migration documents, should show genetic roots closely linked to current day Angola and the Democratic Republic of Congo, many actually show closer genetic links to Nigeria.

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High percentages of Nigerian ancestry in African Americans in the U.S. may be linked to the number of slaves who were transferred from the British Caribbean to the United States. This was backed up by historians who cited a database on the intra-American slave trade, which made it clear that slaves had been brought from the Caribbean to the U.S., said Joanna Mountain, 23andMes senior director of research. When you look back at the pattern of slaves brought to the Caribbean, especially the British Caribbean, you see that that was often from Nigeria.

Dr. Bernard Powers, historian and director of the Center for the Study of Slavery in Charleston, part of the College of Charleston in South Carolina, suggests that the origin of slaves shipped from the Caribbean to the U.S might be difficult to track. But he said the genetic discrepancy may be the result of migrations by people from what is now southeastern Nigeria to parts of Angola and Congo who were later captured and sent to America.

There could have been internal developments within the African continent, which shaped the exportation of slaves, Powers said. Each one of these regions has its own political and economic, as well as climate history, and the variations could contribute to the exportation of people on the coast.

Powers and the researchers agree that once slaves from Senegal and Gambia, an area also known as Senegambia, arrived in the U.S, they suffered high mortality rates on rice plantations where malaria and gruesome work conditions were common. Rice was really the most labor intensive crop produced in Colonial America, for sure, Powers said. It would have been the mainlands approximation to sugar cultivation in the Caribbean.

Mountain suggested that the high mortality rates may have contributed to reduced genetic representation of enslaved people from Senegambia, Angola, and the Democratic Republic of Congo in African Americans.

Despite differences in the practice of slavery among countries and colonies across the Americas, researchers also found an overarching sex-bias that appeared throughout the continents.

Sex-biases is basically the ratio of African women that were reproducing to African men, said Micheletti. African women were reproducing way more than African men were. That's indicative of rape and exploitation that has been documented in diaries and other historical literature.

The researchers recognize that their data lacks representation of global populations due to 23andMes mostly U.S. customer base. Yet, they say looking at genetics through the lens of historical data could bring awareness to new truths about ancestry.

We don't want these historical details to get swept under the rug, Micheletti said. We really want them to be discussed today, and adding the genetic confirmation on to those details could be a powerful tool.CORRECTION (July 23, 2020, 6 p.m. ET): A previous version of this article misstated in one reference where in Africa researchers say slaves to the U.S. came from. It was Senegal and Gambia, an area they've labeled Senegambia, not Angola and the Republic of Congo. (The researchers made the correction after publication.

Isoke Samuel is a news fellow with NBC News Digital.

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Black American's genes reflect the hardships and realities of slavery - NBC News

Human Genetics Market Research, Key Players, Industry Overview, Supply and Consumption Demand Analysis by 2026 – Owned

Aimed at offering report readers with updated information as well as market relevant cues to leverage uninhibited growth in the Human Genetics market, this intricately researched, designed, and articulated real-time reference of the Human Genetics market is a culmination of in-depth research mettle and best in class primary and secondary research initiatives that collectively influence a favorable growth trajectory in the Human Genetics market. The report is a ready-to-refer market specific representation that is designed to equip report readers with market specific information attributed to multi-dimensional facets and features that tend to have tangible effect on the growth prospects in the Human Genetics market.

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The report highlights massively the core growth propellants such as market driving factors, prevailing challenges and the like that tend to have a negative growth impact on the global Human Genetics market. Further, to encourage readers in a decisive, transparent and meticulous declassification of the growth factors, this section of the report also sheds substantial light upon potential opportunity profile as well as a highly effective barrier analysis that together encourage sturdy growth in the global Human Genetics market.

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QIAGENAgilent TechnologiesThermo Fisher ScientificIlluminaPromegaLabCorpGE

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CytogeneticsPrenatal GeneticsMolecular GeneticsSymptom GeneticsMarket

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Research CenterHospitalForensic Laboratories

In tandem with all the aforementioned market specific information, this report in its subsequent sections also illustrates definitive information about segment analysis that identifies type, application, technological advances as well as competition landscape as major segments. All the above furnished information about the Human Genetics market has been meticulously drawn from dedicated primary and secondary research initiatives and verified by internationally acclaimed analytical practices comprising PESTEL and SWOT analysis to derive logical conclusions. Further, a dedicated section on competition spectrum comprising the top tier players in the Human Genetics market has also been tagged in the concluding sections of this report to encourage logical business discretion.

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At Orbispharma we curate the most relevant news stories, features, analysis and research reports on the important challenges undertaken by the pharmaceutical and related sectors. Our editorial philosophy is to bring you sharp, focused and informed perspective of industries, the end users and application of all upcoming trends into the pharma sector. Orbispharma believes in conversations that can bring a change in one of the most crucial economic sectors in the world. With these conversations we wish our customers to make sound business decisions with right business intelligence.

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Human Genetics Market Research, Key Players, Industry Overview, Supply and Consumption Demand Analysis by 2026 - Owned

Triplet Therapeutics Selects Clinical Candidate for Novel Treatment of Repeat Expansion Disorders – Business Wire

CAMBRIDGE, Mass.--(BUSINESS WIRE)--Triplet Therapeutics, Inc., a biotechnology company leveraging insights from the human genetics of repeat expansion disorders (REDs), announced today the selection of TTX-3360 as the first clinical candidate developed from Triplets proprietary thRED Engine. TTX-3360, an antisense oligonucleotide, is the first therapeutic candidate with the potential to modify the course of REDs, including Huntingtons disease, by targeting the DNA Damage Response (DDR) pathway.

The development of TTX-3360 is an important step towards our goal of treating REDs at the genetic level by targeting the primary driver of disease, said Nessan Bermingham, Ph.D., Triplets chief executive officer, president, and co-founder. Based on our data as well as an extensive body of evidence from patient genetics our target in the DDR pathway has the potential for significant therapeutic impact across many of these devastating diseases.

REDs are a group of more than 50 known genetic diseases associated with DNA nucleotide repeats, many of which have been shown to lengthen, or expand, in cells over a patients lifetime. A significant body of evidence, including patient genome-wide association studies across multiple indications, supports the role of the DDR pathway as the primary driver of repeat expansion and subsequent disease onset and progression.

Preclinical data, including findings presented this year by Triplet at the annual meetings of CHDI and the American Society of Gene and Cell Therapy, indicate that ~50% knockdown of a single target in the DDR pathway can slow or stop the expansion of DNA repeats in vitro in human patient-derived cell lines and in vivo in Huntingtons disease model mice.

Recent experiments by Triplet demonstrated that a single dose of TTX-3360 induced significant knockdown of the target gene mRNA at 29 days in the cortex (>75%) and caudate (>45%) in non-human primates. No adverse events were observed, and the treatment was well-tolerated, at the therapeutic dose.

Triplet plans to initiate IND-enabling studies in the second half of 2020 and to file an IND in the second half of 2021, with an initial focus on Huntingtons disease. TTX-3360 may also be expanded into other central nervous system indications including spinocerebellar ataxias, fragile X syndrome, and familial amyotrophic lateral sclerosis (ALS). To support its clinical development, Triplet recently launched an international natural history study, SHIELD HD, to assess clinical outcomes and biomarkers that will inform future clinical trials.

Thousands of patients with REDs currently have no disease-modifying therapeutic options, said Irina Antonijevic, M.D., Ph.D., Triplets chief medical officer. "We are excited to be moving quickly toward a first-in-human trial in Huntingtons disease and ultimately toward therapies with the potential to slow or prevent these devastating disorders.

About Huntingtons disease

Huntingtons disease is a genetic disorder linked to a mutation in the HTT gene characterized by an increase in the number of CAG repeats within the gene. The presence of these repeats, beyond a certain threshold, wreaks havoc on brain function, affecting mood, cognition and motor skills, ultimately leading to death. Thanks to the contributions of thousands of patients whose participation in genetic research has built a fundamentally new understanding of the cause of REDs it is now known that the number of repeat sequences expands over time in patients, increasing the toxic impact on cells, particularly neurons. The DDR pathway plays a central role in driving this process.

About Triplet Therapeutics

Triplet Therapeutics is a biotechnology company developing transformational treatments for patients with repeat expansion disorders (REDs) a group of more than 50 known genetic diseases including Huntingtons disease, myotonic dystrophy, spinocerebellar ataxias, fragile X syndrome, and familial amyotrophic lateral sclerosis (ALS) leveraging insights from patient genetics. Triplet designs and develops potential therapeutics for REDs using its proprietary thRED Engine, which enables the Company to develop a single oligonucleotide targeting the DNA Damage Response (DDR) pathway to potentially treat multiple REDs.

Triplet is backed by investments from Atlas Venture, MPM Capital and Pfizer Ventures, along with Invus, Partners Innovation Fund and Alexandria Venture Investments. Triplet is headquartered in Cambridge, Mass. For more information, please visit https://www.triplettx.com/

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Triplet Therapeutics Selects Clinical Candidate for Novel Treatment of Repeat Expansion Disorders - Business Wire

Transhumanism – Academic Kids

From Academic Kids

Transhumanism is an emergent philosophy analysing or favouring the use of science and technology, especially neurotechnology, biotechnology, and nanotechnology, to overcome human limitations and improve the human condition.

The term 'transhumanism' was coined by biologist Julian Huxley in 1957 who defined it as "man remaining man, but transcending himself, by realizing new possibilities of and for his human nature". Huxley's definition did not gain currency and differs substantially from the one commonly in use since the 1980s.

In 1966, FM-2030 (formerly F.M. Esfandiary), an Iranian-American futurist who was teaching new concepts of the Human at New School University, began to identify as "transhuman" (a short hand for "transitory human") people who were adopting technologies, lifestyles and world views that were transitional to "posthumanity."

Transhumanism, however, was given its modern definition and characterization by philosopher Dr. Max More: "Transhumanism is a class of philosophies that seek to guide us towards a posthuman condition. Transhumanism shares many elements of humanism, including a respect for reason and science, a commitment to progress, and a valuing of human (or transhuman) existence in this life. [] Transhumanism differs from humanism in recognizing and anticipating the radical alterations in the nature and possibilities of our lives resulting from various sciences and technologies []." [1](http://www.maxmore.com/transhum.htm)

Dr. Anders Sandberg has described modern transhumanism as "the philosophy that we can and should develop to higher levels, physically, mentally and socially using rational methods," while Dr. Robin Hanson has described it as "the idea that new technologies are likely to change the world so much in the next century or two that our descendants will in many ways no longer be 'human'."

Transhumanism includes:

Transhumanists generally support emerging technologies, including many that are controversial, such as nanotechnology, biotechnology, information technology, and cognitive science; as well as hypothetical future technologies such as artificial intelligence, mind uploading and cryonics.

Since some observers believe the pace of technological development is steadily increasing, many transhumanist thinkers speculate that the next 50 years will yield remarkable and radical technological advancements. Transhumanism maintains that this is desirable and that humans can and should become more than human through the application of technological innovations such as genetic engineering, molecular nanotechnology, neuropharmaceuticals, prosthetic enhancements, and mind-machine interfaces (see Human Cognome Project).

Following in the tradition of Enlightenment-influenced 19th century political, moral and philosophical thought, transhumanism seeks to build upon the global knowledge base for the betterment of all humankind.

Derived in part from the philosophical traditions of secular humanism, transhumanism asserts that there are no 'supernatural' forces that guide humanity. While largely a grassroots and broadly based movement, transhumanism does tend toward rational arguments and empirical observations of natural phenomena; in many respects, transhumanists partake in a culture of science and reason, and are guided by life-promoting principles and values.

Specifically, transhumanism seeks to apply reason, science and technology for the purposes of reducing poverty, disease, disability, malnutrition and oppressive governments around the globe. Many transhumanists actively assess the potential for future technologies and innovative social systems to improve quality of all life, while seeking to make the material reality of the human condition fulfill the promise of legal and political equality by eliminating congenital mental and physical barriers.

Transhumanism argues there exists an ethical imperative for humans to strive for progress and improvement of the human condition (see perfectionism). If humanity enters into a post-Darwinian phase of existence in which humans are in control of evolution, transhumanists argue that random mutations will possibly be replaced with rational, moral, and ethical, but most specifically, guided change.

To this end, transhumanists engage in interdisciplinary approaches to understanding and evaluating possibilities for overcoming biological limitations. This includes the use of the various fields and subfields of science, philosophy, economics and natural and sociological history.

The early transhumanists were formally meeting in the early 1980s at the University of California, Los Angeles, which became the central watering hole for transhumanists. It was here that FM-2030 lectured on the futurist ideology of "Upwingers". John Spencer at Space Tourism Society organized many transhumanist space-related events. Natasha Vita-More (formerly Nancie Clark) exhibited "Breaking Away" at EZTV Media, a venue for transhumanists and other futurists to meet. FM, John and Natasha met and soon they began holding gatherings for transhumanists in Los Angeles, which included students from FM-2030 transhuman courses and audiences from Natasha artistic transhumanist productions and the space and astrophysics community.

Across the planet in Australia, Damien Broderick, science fiction author, wrote The Judas Mandala. In 1982, Natasha authored the Transhumanist Arts Manifesto, and later produced the cable TV show "TransCentury UPdate" on transhumanity. This boutique talking head show reached over 100,000 viewers.

In 1986, Dr. Eric Drexler's famed book on nanotechnology, Engines of Creation, was published in hardcover by Anchor Books. Alcor Foundation's Southern California location became a nexus for futurist thinkers and Northern California's tech-heads were carrying copies of Engines of Creation. Yet, not all activists who were interested in improving the human condition were involved in "transhumanism". Some did not know of the word, although they were certainly pioneering in what is now transhumanism.

Today, the Extropy Institute and the World Transhumanist Association are among the largest transhumanist organizations.

For a list of prominent transhumanists, see list of transhumanists.

As proponents of personal evolution and self-creation, transhumanists tend to utilize technologies and techniques that improve cognitive and physical performance, while engaging in specific routines and lifestyles designed to extend health and prolong life (see fyborg).

Many transhumanists are actively seeking to become transhuman or posthuman, which they claim is the next significant evolutionary step for the human species. It is supposed that specific biotechnological and nanotechnological innovations will facilitate such a leap by the midpoint of the 21st century. Depending on their age, some transhumanists worry that they will not live to reap the benefits of these future technologies. However with this knowledge, many have a great interest in life-extension practices and as a last resort cryonic suspension.

Transhumanists are also forming regional and global networks and communities to provide support and forums for discussion and working on collaborative projects.

Criticisms of transhumanism can be divided into two main categories: those objecting to likelihood of transhumanist goals being achieved, and those objecting to the ethical and moral principles of transhumanism.

Geneticist and science writer Steve Jones argues that humanity does not, and will never have the technology that proponents of transhumanism seek. He once joked that the letters of the genetic code, A, C, G and T should be replaced with the letters H, Y, P and E. Jones claims that technologies like genetic engineering will never be as powerful as is popularly believed.

In his book Futurehype: The Tyranny of Prophecy, University of Toronto sociologist Max Dublin points out many failed predictions of the past technological progress and argues that modern futurist predictions will prove similarly inaccurate. He also objects to what he sees as fanaticism and nihilism in advancing transhumanist causes, and writes that historical parallels exist to religious and Marxist ideologies. Many transhumanists, however, disagree strongly with the very concept of fanaticism and nihilism, seeing it as inconsistent with the core rationalism of the movement. They also point out that almost every technological advancement of the last century was predicted by science fiction or non-fiction futurists.

Critics or opponents of transhumanist views often favour improvement of ethical behaviour, rather than technology, as the most effective way to improve society. Technological solutions may be compatible with other improvements, but some worry that strong advocacy of the former might divert attention and resources from the latter. As most transhumanists support non-technological changes to society, such as the spread of political liberty, and most critics of transhumanism support technological advances in areas such as communications and healthcare, the difference is often a matter of emphasis. Sometimes, however, there are strong disagreements about the very principles involved, with divergent views on humanity, human nature, and the morality of transhumanist aspirations.

A more notable critic of transhumanism is Bill Joy, co-founder of Sun Microsystems, who argued in his essay Why the future doesn't need us(http://www.wired.com/wired/archive/8.04/joy_pr.html) that human beings would likely guarantee their own extinction by transhumanist means. This led some to conclude that humanity has an inherent lack of competence to direct its own evolution.

British Astronomer Royal Martin Rees claims in his book Our Final Hour that advanced science and technology brings as much risk of disaster as opportunity for progress. Rees does not advocate a halt to scientific progress, but tighter security and perhaps an end to traditional scientific openness.

Advocates of the primacy of the precautionary principle, such as the Green movement, also favor slow, careful progress or a halt in potentially dangerous areas. Some precautionists believe humanity's collective intelligence should organize first and thus be ready to overcome any dangers from artificial intelligences that do not share human morality, thus avoiding any risk of bodily harm.

In his book Our Posthuman Future, conservative political economist Francis Fukuyama asserts that transhumanism may actually critically undermine the progressive ideals of liberal democracy it favours, through a fundamental alteration of human nature and human equality. "Bioconservatives", like Fukuyama, hold that any attempt to alter the natural state of man (such as cloning, genetic modification) is inherently immoral.

Further opposition to transhumanism comes from critics who point to subjectivity in the use of concepts such as "enhance" and "limitations", seeing eugenicist or master race ideologies of the past as warnings of what transhumanism might unintentionally encourage, as evidenced by the emergence of fringe offshoots such as prometheism and transtopianism. Some transhumanists do advocate forms of liberal eugenics but many others distance themselves from this term (prefering reprogenetics instead) to avoid being mistakenly associated with the pseudoscientific and dehumanizing views and practices of early-20th-century eugenics movements. However, given that transhumanism essentially developed out of the California self-improvement culture, the idea of equating that culture with Nazi-style eugenics is seen as laughable if not libellous by many transhumanists.

Science fiction has depicted transhumanism in various forms for many years.

The Ousters of the Hyperion saga by Dan Simmons are an example of transhumanity, even verging into the posthuman. Instead of "clinging to rocks" like the rest of humanity (which hated and feared them as barbarians), they headed for deep space, adapted themselves to that environment with nanotechnology, and entered into a symbiotic relationship with their technology. Simmons' later book Ilium depicts a different situation in the far future where posthumans seem to have been consumed by their own technology, a small population of less-modified humans, utterly dependent on technology that they don't understand, continues to live on Earth, and the most advanced and "humane" beings in the solar system are intelligent robots living on the moons of Jupiter.

Another author who depicts a few different transhumanist themes is Alastair Reynolds, where the Conjoiners in Revelation Space are one example. They are a collective of posthumans which experienced a quickening when they started to use nanotechnology to improve their bodies and brain capacities. In Century Rain, Reynolds have a group called Slashers, which are based upon the Slashdot community. In this book nanotechnology is also the important factor.

Down and Out in the Magic Kingdom, a free novel by Cory Doctorow, explores a number of transhumanist themes, including "cures" for death and scarcity. Another free novel, Manna[2](http://marshallbrain.com/manna1.htm) by Marshall Brain, also depicts a transhuman future.

A role-playing game called Transhuman Space written by David L. Pulver, illustrated by Christopher Shy, published by Steve Jackson Games is part of the "Powered by GURPS" line. [3](http://www.sjgames.com/transhuman/)

The Culture Series by Iain M. Banks depicts a future in which our galaxy is dominated by a civilisation called the Culture. The Culture represents in many ways the success of transhumanism; it is a perfect democratic utopian society in which every member has the ability to alter their own body and genetics through technology. An especially prominent link with transhumanism is the development of 'drug glands' in human bodies, which allow people to produce and take advantage of thousands of combinations of psychoactive substances within their own brains.

Elements of transhumanism are found in the writings of science fiction author Greg Bear. Examples include Eon (1985) and its sequel Eternity (1988) in which a future human society inadvertantly returns to their past (our present). Extensive use is made of computer theory with regards to the downloading/uploading of human personality and memories, as well as genetic engineering and cloning to improve life and ensure immortality. Another example, the short story Hardfought (1993), depicts a fascinating if pessimistic view of humanity in the far future, where human society and biology are strictly manipulated and controlled to ensure maximum effectiveness in the struggle against the galaxy's oldest inhabitants. Finally, architecture, AI and articial implants and bodies are depicted in Strength of Stones (1982), where a brilliant architect attempts and fails to create religious utopias on a distant world.

In the video game Half-Life 2, the player's primary enemies are transhumans created by an alien race known as the Combine. The human antagonist and puppet ruler of Earth, Dr. Breen, argues that the transhuman state is necessary and can only be achieved with outside (alien) help.

The collaborative Orion's Arm Worldbuilding Project has created a vast populated future universe with many different visions of the future of humanity, including many different types of transhuman being.

Although some transhumanists report a strong sense of spirituality, they are for the most part secular. In fact, many transhumanists are either agnostics or atheists. There are, however, a number of transhumanists that follow liberal forms of Eastern philosophical traditions, and a minority of transhumanists that have merged their beliefs with established religions (see Christian transhumanism). Some transhumanists also look to The Simulation Argument as a basis for a modern form of deism.

Despite the prevailing secular attitude, transhumanism seeks to actualize the goals and hopes traditionally espoused by religions, such as immortality. Some transhumanists hope that future understanding of neurotheology will enable humans to achieve control of altered states of consciousness and thus 'spiritual' experiences.

Materialist transhumanists do not believe in a transcendent human soul. They often believe in the compatibility of the human minds with computer hardware, with the theoretical implication that human consciousness may someday be uploaded to alternative media. Consequently, most material transhumanists subscribe to the ethics of personhood theory.

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Transhumanism - Academic Kids