Lawbreaking spring breakers not welcome on Walton County beaches – WEAR

WALTON COUNTY, Fla. (WEAR)

In the past, the beach by Whale's Tail restaurant was the epicenter for underage drinking in Walton County. Today, you'll find fewer students and more law enforcement on the sand.

It's a slow morning on the beach for attendants like Ross Higginbotham. He and his coworkers play bocce ball while they wait for the beaches to fill up. He's noticed a change on the beach from when he started six years ago.

"A lot less young drunk kids making a ruckus and tearing things up out here, not as much trash as we normally have seen and having to pick up during the day," Higginbotham said.

It hasn't stopped some students like Middle Tennessee State's Michael Glass from coming to south Walton County for spring break.

"We don't really drink, we are a more relaxed group, so it didn't really bother us," Glass said.

Others from his school have taken flight to other hotspots.

"We have a pretty big group of fraternity and sorority life, so it's kind of like a lifestyle, so I know it has shied some of the people we have talked to," Glass said.

Good news for him.

"Yeah, cause it's a lot less crowded," Glass laughed.

The sheriff's office has always had a zero-tolerance policy. You could say it's a sign of the times.

"We really do send a pretty clear message every year," said Walton County Sheriff's Office public information officer Corey Dobridnia. "It's the same, don't drink underage, or you will go to jail."

On the beaches, they say the problem has gotten smaller in one area, only to grow among a new group, high schoolers.

"Our college arrests have reduced while our juvenile arrests have gone up," Dobridnia said.

The Okaloosa County Sheriff's Department had nine arrests Monday for underage drinking and a total of 24 arrests since the spring break season began two weeks ago.

Last year, deputies averaged about 8 1/2 arrests per day for underage drinking.

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Lawbreaking spring breakers not welcome on Walton County beaches - WEAR

7 best beaches of the world | Komando.com – Komando

For a relaxing vacation, it's hard to beat a sunny beach destination. What's better than sipping your favorite beverage while catching some rays?

The sand, the sun, clear blue ocean with a nice warm breeze...it's simply paradise!

Of course, there are hundreds of beaches where you can spend your vacation. But how do you know which ones will provide you with the breathtaking views that you are craving?

No worries, we've got you covered.

That's why we're going to share withyou seven of the best beaches in the world. Let's start with number seven and count down to number one.

This pristine beach located southwest of Puerto Ayora on the Galapagos Island of Santa Cruz is covered with soft and elegantsand. Tourists can fill their days byswimming, surfing or just relaxing in the beautiful sunshine.

You will also see plenty of friendly creatures. Iguanas, pelicans and sea lions are always found making their way up and down the shore.

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7 best beaches of the world | Komando.com - Komando

Treasure Coast Beaches: Where to stick your toes in the sand – TCPalm

Kathy Oristaglio, Special to YourNews Published 5:22 p.m. ET March 7, 2017 | Updated 14 hours ago

Brody Fritz, 8, of Dallas, Texas, gets a closer look at a baby sea turtle as it tries to crawl into the Atlantic Ocean at Waveland Beach in St. Lucie County on June 27, 2016.(Photo: MOLLY BARTELS/TREASURE COAST NEWSPAPERS)Buy Photo

The adage says, Theres no such thing as a bad day at the beach. More apt for the Treasure Coast is, Theres no such thing as a bad beach.

The Treasure Coast has it all no matter what you seek when you seek the beach, from surfing to solitude, and from romance to rock-the-night.

Bikers and joggers can enjoy the 13.2-mile trail in St. Lucie County that runs from Fort Pierce Jetty Park to Waveland Beach in Jensen Beachalong State Road A1A.

In Indian River County, jump on the Historic Jungle Trail at Orchid Island or enjoy the bike trail along the A1A. Horseback riding is allowed with a permit on Frederick Douglass Beach, and dogs are welcome year-round at Walton Rocks Beach. Both beaches are located on Hutchinson Island in St. Lucie County.

MOST FAMILY FRIENDLY

When kids are in tow, you want extra safety measures such as lifeguards and less chance of dangerous currents, as well as easy parking, showers and restrooms. A playground and picnic area are added bonuses at many of these parks.

Indian River County

St. Lucie County

Martin County

BEST SURFING

Professionals and Olympians train at Sebastian Inlet's First Peak, so competition can be fierce. Novices may wish to try other spots.

BEST METAL DETECTING/TREASURE HUNTING

Just offshore from Sebastian Inlet to south of Fort Pierce are the remains of the 1715 Spanish Treasure Fleet. Pieces of Eight and other treasures wash up on shore from time to time.

BEST SOLITUDE

Its quite possible to be totally alone, even during season, at these beaches.

BEST ACTION

Walk to restaurants, nightlife

Sebastian Inlet State Park has several activities, including fishing, swimming, surfing and beaches.(Photo: PATRICK DOVE/TREASURE COAST NEWSPAPERS)

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Treasure Coast Beaches: Where to stick your toes in the sand - TCPalm

Breaking Bread: GMO labeling due on packaged foods by summer … – Columbus Dispatch

Last year, Congress passed a law requiringthat foods containing genetically modified ingredients reveal that on their labels.

By the summer of 2018, the marketing division of the U.S. Department of Agriculture is charged with definingwhat that label will say.

Will it actually list the ingredients (as in: This product contains genetically modified corn and soy), or will it be a QR codeconnecting the consumer to the information on a website?

The debate over the labels wording could prove as contentious as the fight over genetically modified organisms themselves.

GMOs are plants whose DNA has been changed. The development is beyond the typical cross-breeding of plants because the changes are made in the laboratory at the cellular level.

Opponents of GMOs fought hard for the labeling. They consider GMOsless safe than non-GMO foods, have ethical concerns about tampering with nature,have issues with the corporations behind GMO seed (namely Monsanto), and fear environmental damage from widespread GMO crops.

GMOs were developed 20 years ago to help farmers by changing the structure of plants to make them more resistant to disease so that farms could produce higher yields while applying fewer pesticides.GMOs are produced mostly for commodity crops: corn, soy, canola and sugar beet.

Recently, I had the chance to sit in while a group of Ohio food manufacturers learned about the new labeling law from Steve Armstrong of EAS Consulting.

Armstrong is a lawyer who specializes in food labeling and food-regulation compliance;until recently, he served as the chief food-law counsel for Campbell's Soup Co. Armstrong traveled to Columbus to speak at the Ohio Food Industry Summit, sponsored by the Center for Innovative Food Technology in Toledo.

Armstrongs time at Campbells is significant because, under his counsel, the company adopted a corporate strategy not tooppose GMO labeling but to embrace the transparency.

He encouraged the Ohio food makers at the summit to do the same.

Some already are.

Orrville-based J.M. SmuckerCo. already has introduced its labeling: On the back of a jar of apricot preserves, for example, you might be surprised to read: Partially produced with genetic engineering.

Farmers, food manufacturers and the companies that produce genetically modified seed fought hard to avoid the labeling. Their fight made consumers trust GMOs even less, Armstrong emphasized, as consumers wondered what the industries were trying to cover up.

Armstrong pointed to recent research showing that 87 percent of global consumers think that GMOs are less safe andless healthy than non-GMO foods. This despite statements to the contrary from theUSDA, U.S. Food and Drug Administration, World Health Organization, American Medical Association and National Academies of Sciences, Engineering and Medicine.

Armstrongs point is this: Consumers want to know everything about their food where it comes from, whats in it, who produced it. Such knowledge is theconsumer's right, Armstrong emphasized.

Soon, however, consumers might see their concerns about GMOs tested in a new way. The Arctic Apple, a fruit sold sliced that is genetically modified to not turn brown, is about to hit grocery stores nationwide. It represents the first GMO convenience product rather than a commodity ingredient such as corn syrup and producers want to see how Americans will react to it.

Scientific advancements in food production have helped to feed a hungry world, and thats a good thing. Iknow that the canola oil I often use probably comes from aGMO plant, and I don't think I'm suffering negative effects from it.

But I have concerns about corporate domination over the seed forAmerican commodity crops. And an apple that doesnt brown,although it might be perfectly safe, strikes me asdownright unnatural. Convenient, yes, but unnatural nonetheless.

Eventually, there might be enough research to convince everyone that GMOs are safe, or to prove that they're not.

Until then,providing as much information to consumers as possible is the right thing to do.

Lisa Abraham is the Dispatch food editor.

labraham@dispatch.com

@DispatchKItchen

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Breaking Bread: GMO labeling due on packaged foods by summer ... - Columbus Dispatch

Genetic Engineering to Alter mRNA to Pave a New Way for Cancer … – Mobile Magazine

Stanford University is a private research university in Stanford, California, adjacent to Palo Alto and between San Jose and San Francisco. Stanford had expanded their research and has now ventured into scientific research about vaccines. They have genetically engineered mice to glow like fireflies. Yes, you heard it right glowing mice. Researchers at Stanford have developed a way to extract firefly proteins and introduce it to the mice specimen. This is envisioned to aid in the treatment and cure of patients with cancer.

According to the co-author of the study, Professor Christopher Contag, this study demonstrated for the first time that we can deliver messenger RNA (mRNA) to cells in a dish, or to cells in organs of living animals. The mRNA is the intermediate between the genome and functional proteins. Prior to this work there has not been an effective way to transfer synthetic mRNA into cells in a way that the cell can turn it into protein. This opens up an entirely new way to have cells express proteins that can treat a myriad of diseases. The research was featured and published in the recent paper journal entitled, Proceedings of the National Academy of Sciences.

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In the study, protein expression using mRNA has the ability to transform multiple areas for research, including the prevention, detection and treatment of disease. Functional delivery of mRNA to tissues in the body is key to implementing fundamentally new and potentially transformative strategies for vaccination, protein replacement therapy, and genome editing, collectively affecting approaches for the prevention, detection, and treatment of disease. This is, in particular, quite a challenge for the team because the mRNA is negatively charged; the cell membrane is positive so the transmission of the two is incompatible. To override this imbalance, the scientists came up with a way to create a vehicle for the mRNA. To test that, the specimen mice came into the picture.

Professor Paul Wender from Stanfords department of Chemistry and is one of the authors of the research said that, What we did was to use mRNA that codes for an optical readout, meaning one that we could see. In this case that meant light coming out of a cell. Its the fastest way of discovering whether you have succeeded in getting something into a cell, by getting it to shoot photons back at you. The study was a success that no adverse effects on the test subject were observed. The experiment worked for a few hours, and eventually subsided in 24 to 48 hours after. This experiment also showed a possibility of extending that desired effect by manipulating the DNA involved.

The research is still young as it will need more nurturing and sleepless nights to fully develop it into maturity. Being able to manipulate mRNA transmission and its genetic engineering means more possibilities for learning and being able to create new things. Science is a very complex subject but also very rewarding. The little things you focus on will grow out to affect the biggest if done right. We just hope stability of findings would occur soon so that it can be used for the benefit of the general public.

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This is where stardust comes from – Astronomy Magazine

The Atacama Large Millimeter/submillimeter Array(ALMA)in the Chilean Andes has made several groundbreaking discoveries since it was brought online in 2011. Able to image the sky in millimeter and submillimeter wavelengths, ALMA can spot emission associated with molecular gas and dust, which are cold and can be difficult or impossible to see at other wavelengths. Using this ability, ALMA has identified dust and gas in a galaxy that formed when our universe was only about 4 percent of its current age.

The galaxy is called A2744_YD4, and its the most distant galaxy ever found by ALMA. It sits at a redshift of 8.38, which is associated with a time when the universe was just 600 million years old.

Redshift measures the amount by which a distant objects light is stretched by the expansion of the universe. Objects with a higher redshift are farther away, and thus we are looking at them as they appeared in the past. In the very nearby universe, objects have a redshift of nearly zero; high-redshift objects, such as A2744_YD4 with its redshift of 8.38, are extremely far away (the exact distance depends on the expansion history of the universe). Its also important to note that redshift is not linear redshifts of 0-1 are considered relatively nearby, while redshifts of 8-9 are some of the farthest objects we can currently see as we look back to the very early universe. The cosmic microwave background was produced at a redshift of about 1,000.

A2744_YD4s cosmological timestamp, as given by its redshift, falls within the estimated age range for the Epoch of Reionization, which occurred somewhere around a redshift of 10, when the universe was about 400 million years old. The Epoch of Reionization is when the universes first luminous sources stars, quasars, and galaxies turned on and ionized neutral hydrogen atoms (that is, knocked their electrons away). Neutral hydrogen is opaque to short wavelengths of light, which means that it absorbs these wavelengths easily so the light cannot pass through. As neutral hydrogen throughout the universe was ionized, however, light could finally travel vast distances.

The detection of A2744_YD4 and its properties, which was made by an international team of astronomers led by Nicolas Laporte of University College London, is remarkable for several reasons.

A2744_YD4 is full of dust. In the press release accompanying the announcement, Laporte explained that the detection of so much dust indicates early supernovae must have already polluted this galaxy. Supernovae are the end result of massive stars, which blow away much of their interiors explosively as they die. Among the material blown away is dust, which is made up of elements such as aluminum, silicon, and carbon, and is spread across galaxies by these explosions. This dust is an integral component of todays stars (like our Sun) and the planets surrounding them. In the very early universe, however, this dust was scarce, simply because the process of its creation and dispersion via supernovae hadnt had much time to complete.

But in A2744_YD4, this process has apparently had enough time to progress. A2744_YD4 produces stars at a rate of 20 solar masses per year, which is a full 20 times the rate of our Milky Ways comparatively paltry star formation rate of 1 solar mass per year. Based upon this rate, the group estimated that only about 200 million years were needed to form the dust seen in A2744_YD4.

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This is where stardust comes from - Astronomy Magazine

Pulsars may be churning out small reserves of antimatter – Astronomy Magazine

We live in a universe dominated by normal matter. This wasnt always true right after the Big Bang, in fact, nearly equal amounts of matter and antimatter were created, and then soon afterwards destroyed as they annihilated each other. But because the amounts of matter and antimatter werent exactly equal, this annihilation was unequal, too, and normal matter won out.

There is, however, still a small amount of antimatter in our universe, and there seems to be an unexplained excess of it. The reason for this antimatter surplus has long been sought, and now it seems astronomers may have finally arrived at a conclusion: Its not dark matter responsible for the excess, but plain old pulsars.

The antimatter surplus refers to the fact that a greater number of high-energy anti-electrons, called positrons, than are expected have been detected in space. These detections have been confirmed by several observatories over the past decade, including the Alpha Magnetic Spectrometeron the International Space Station.

Based on our current astrophysical models, the ratio of high-energy positrons to electrons should be tipped significantly in the electrons favor. But observations show that theres an unexpected increase in the ratio of positrons to electrons at energies between about 10 and a few hundred giga-electron volts (GeV).

Astronomers have developed two possible explanations for this excess. One explanation says that dark matter particles (such as weakly interacting massive particles, or WIMPs) randomly annihilating each other could produce positron-electron pairs. Because dark matter accounts for up to 85% of the matter in the entire universe, such interactions could lead to the observed positron excess.

The other explanation isnt as exotic: The excess could be produced by pulsars and their extremely powerful magnetic fields. These magnetic fields accelerate particles around the pulsar to such high energies that they can generate electron-positron pairs, again bumping up the number of positrons counted by observatories.

Now, a team led by Dan Hooper of the Fermi National Accelerator Laboratory has used gamma-ray data from theHigh-Altitude Water Cherenkov Observatory (HAWC) near Puebla, Mexico, to narrow in on the excess positrons source. They set out to determine just how much of the positron excess could be produced by pulsars. In a recent press release, Hooper explained that Before the HAWC observations, we didnt know whether pulsars made up 0.1 percent of the excess or 100 percent.

Using HAWC, the team observed the famous Geminga pulsar and discovered a halo around the stellar remnant that emitted high-energy gamma rays. This halo, they concluded, is produced by high-energy electrons and positrons slamming into and boosting the energy of photons emitted from the pulsar until they appear as gamma rays.

Still, theres another piece to the puzzle. The electrons and positrons responsible for the halo around Geminga would technically be too energetic (tens of thousands of GeV) to explain the range of energies where the positron excess is actually observed (only up to a few hundred GeV). But based on the amount of high-energy electrons and positrons, Hoopers team then calculated the amount of lower-energy positrons that should also be created, which would contribute to the excess.

In science, just one observation is never enough. So Hoopers team repeated the experiment for a second pulsar, B0656+14. They then extrapolated the number of positrons produced to the total number that would be created by the likely thousands of pulsars inhabiting the galaxy.

The result, Hooper says, is that pulsars are the probable cause for much, if not the entirety of the observed excess, rather than the more exotic explanation of dark matter.

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Pulsars may be churning out small reserves of antimatter - Astronomy Magazine

Cross-institutional research in physics and astronomy leads to best undergraduate student paper – Appalachian State University

By Ellen Gwin Burnette

BOONE, N.C.Hunter Stark, an Appalachian State University sophomore communication major from Charlotte, and James Howe, a Southwestern Community College senior and triple major in electronics, computer, and network engineering technology from Miami, Florida, have been awarded the best undergraduate student paper from the North Carolina Section of the American Association of Physics Teachers.

At each meeting of NCS-AAPT, undergraduate student papers are considered for an award, which includes a check for $100. In order to compete for the award, students must provide a presentation on their research. Stark and Howe worked with Appalachian State Universitys Dr. David Sitar, astronomy outreach coordinator, in their partnership. This was a great collaboration between students from different institutions and from different disciplines, said Sitar.

The paper began as a lab assignment in spectroscopy. RSpec, the program around which the assignment centered, required calibration in order to allow students to more easily use the program. The initial calibration, which can sometimes be difficult and outside the scope of the lesson, was the challenge. The objective was to allow students to bypass the setup and quickly jump into spectroscopy in a colorful and engaging way, while preserving the depth of the task, said Howe.

Spectroscopy is the analysis of the visible spectra emitted by bright stars photographed using a diffusion grating. These spectra provide information about the chemical composition, temperature and classification of stars. Howe explained that, In general, spectroscopy is the analysis of waveform emissions of any object in any wavelength. It happens to be easy and relatively inexpensive to work in the visible spectrum and deal with high-emission objects in that spectrum, like stars.

Stark came into the project with a passion for astrophotography, and she was interested to see if she and Howe could take black and white spectroscopy analysis to a more colorful visual understanding. The presentation involved a paper and poster depicting their discovery, a story line of their process, data they collected and work to be completed in the future.

I am thankful for Dr. Sitar seeing something in me and challenging me to get involved. It is good to have differing opinions and perspectives to work together as a team, and I am positive about the perspective it gives me for my future, Stark said.

Both Howe and Stark will receive an award at the next NCS-AAPT meeting in March. The outstanding undergraduate student award is annually given to recognize broad academic achievement in a rising junior or senior indicated by factors such as: GPA, GPA in physics courses, reference letters, research projects or seminars, a narrative on personal interest in physics and a description of future plans. Our peers were outstanding, so Im very proud that we were chosen for the prize, said Howe.

Stark, who started the project as a communication major, will be changing her major after this project to physics and astronomy. The biggest reason I have not changed yet, was that I wanted to prove to myself that I could do this. I felt challenged beyond my comfort zone, but pushing myself felt good, and this award is definitely a boost in confidence that I am moving in the right direction, she said. Stark said she was very appreciative of the outreach by Sitar to include her on this project, and even though it was difficult, with encouragement and guidance she has grown from this opportunity.

The College of Arts and Sciences is home to 16 academic departments, three stand-alone programs, two centers and one residential college. These units span the humanities, social sciences, and the mathematical and natural sciences. The College of Arts and Sciences aims to develop a distinctive identity built upon our universitys strengths, traditions and unique location. Our values lie not only in service to the university and local community, but through inspiring, training, educating and sustaining the development of our students as global citizens. There are approximately 5,850 student majors in the college. As the college is also largely responsible for implementing Appalachians general education curriculum, it is heavily involved in the education of all students at the university, including those pursuing majors in other colleges.

Appalachian State University, in North Carolinas Blue Ridge Mountains, prepares students to lead purposeful lives as global citizens who understand and engage their responsibilities in creating a sustainable future for all. The transformational Appalachian experience promotes a spirit of inclusion that brings people together in inspiring ways to acquire and create knowledge, to grow holistically, to act with passion and determination, and embrace diversity and difference. As one of 17 campuses in the University of North Carolina system, Appalachian enrolls about 18,000 students, has a low student-to-faculty ratio and offers more than 150 undergraduate and graduate majors.

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Cross-institutional research in physics and astronomy leads to best undergraduate student paper - Appalachian State University

Indian women astronomers may be few, but they make us proud – DailyO

Birla planetariums are an attraction for children in many Indian cities. They literally open up the universe to young minds. This is what happened to a ten-year old girl from Daund in Maharashtra a few years ago on a visit to the Birla Planetarium in Kolkata. Today she is a budding astrophysicist engaged in cutting edge of astronomy hunting for exoplanets.

I was in Kolkata for marriage of a relative and thats when I saw a sky show for the first time. It was that moment I decided I wanted to be an astronomer, says Priyanka Chaturvedi, who just finished her PhD from theAhmedabad-based Physical Research Laboratory (PRL) run by the Indian Space Research Organisation (ISRO). She studied radial velocities of stars orbiting around exoplanets. Priyanka is now set to join the Tata Institute of Fundamental Research.

Most people who have travelled by train in Maharashtra know Daund as an important railway junction. Priyankas father is a railway employee. Since the town had few facilities for quality education, she moved to Pune to pursue BSc and then MSc at Fergusson College. We used to have long power cuts during summer in Daund, so we children used to watch stars. That interest has turned my profession now, she recalls. A visit to the Inter-University Centre for Astronomy and Astrophysics while she was in 12th standard also greatly influenced her to pursue astronomy.

Priyanka is among the small number of women engaged in astronomy and astrophysics research in India. A survey of women in astronomy in India done a couple of years ago showed that only a miniscule number of women are in faculty positions in research institutes engaged in astrophysics research. This is also a global trend with the exception of Italy which has a good number of women astronomers.

Still, women scientists have reached high positions in astrophysics institutes and contributed to astounding discoveries in recent times. GC Anupama is dean of Faculty of Sciences at the Indian Institute of Science in Bangalore. This institute runs Indias largest telescope Himalayan Chandra Telescope at Hanle in Ladakh. Data from this telescope was used in the recent discovery of "another world" or the new planetary system by NASA. She is also involved in other international mega science projects including the Thirty Meter Telescope.

Annapurni Subramaniam, also from IIA, is a senior scientist engaged in astronomical data collection from Ultra Violet Imaging Telescope currently working onboard Indias first astronomical satellite, Astrosat, launched in September 2015. Her research group recently reported how 6 billion old "vampire" stars prey on celestial bodies. Another leading astronomer is S Seetha, who heads the Space Science Programme Office at ISRO.

Yet astronomy is considered a tough option for women because observational astronomy involves working in nights at observatories which are usually located at far off locations. People are also not used to seeing women working in observatories. Visitors at Hanle used to be surprised finding a woman leading the observation team, recalled Anupama about her early experience.

Priyanka had to spend ten nights every month for observations at the Infrared Observatory of ISRO located at Mount Abu. I did not have much difficulty convincing my parents about this though they were little hesitant in the beginning, says Priyanka.

While the small number of women in astronomy is an issue, the Astronomical Society of India (ASI) is worried about overall shortage of professional astronomers in India which just 500 to of 700 of them. We need at least ten time this number given the fact that we are in the midst so many exciting mega science projects in which India is participating, says Sheo Kumar Pandey, president of ASI, which is holding its annual meeting in Jaipur currently. Hopefully more women will take up this stream of science and make many more exciting discoveries in future.

Meanwhile, Priyanaka says she plans to visit the Birla Planetarium in Jaipur taking time off from scientific deliberations at the ASI conference.

Also read -Why the world has always been a hard place for women scientists

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Indian women astronomers may be few, but they make us proud - DailyO

Incredible flying car with Artificial Intelligence could revolutionise transportation by letting you fly above … – Mirror.co.uk

A flying car that uses Artificial Intelligence and could revolutionise the world's transport has been unveiled.

The Pop.Up concept was given its world premier today by Italdesign and Airbus at the 87th Geneva International Motor Show, the Daily Post reports.

Like something out of a sci-fi film, the high-tech concept uses ground and air 'modules' so that the vehicle can travel on roads and through the skies.

Passengers would plan their journey and book their trip via an easy-to- use app.

The system automatically suggests the best transport solution - according to user knowledge, timing, traffic congestion, costs, ride-sharing demands - joining either the air or ground module to the passenger capsule.

The passenger capsule is a carbon-fibre cocoon that measures 2.6 metres long, 1.4 metres high, and 1.5 metres wide.

The capsule transforms itself into a city car by simply coupling to the ground module, which features a carbon-fibre chassis and is battery powered.

For journeys with congested traffic, the capsule disconnects from the ground module and is carried by a 5m by 4.4m air module propelled by eight rotors.

In this configuration, Pop.Up becomes a self-piloted air vehicle, able to avoid traffic on the ground.

Once passengers reach their destination, the air and ground modules with the capsule autonomously return to dedicated recharge stations to wait for their next customers.

Mathias Thomsen, General Manager for Urban Air Mobility at Airbus, said the new design would "without a doubt improve the way we live".

Italdesign CEO Jrg Astalosch added: Today, automobiles are part of a much wider eco-system.

"If you want to design the urban vehicle of the future, the traditional car cannot alone be the solution for megacities.

"You also have to think about sustainable and intelligent infrastructure, apps, integration, power systems, urban planning, social aspects, and so on."

He said they found in Airbus, the leader in aerospace, the perfect partner who shares their modern vision for the future of transportation.

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Incredible flying car with Artificial Intelligence could revolutionise transportation by letting you fly above ... - Mirror.co.uk

SXSW Interactive 2017: Artificial intelligence, smart cities will be major themes this year – Salon

When it was founded 31 years ago, South by Southwest was easier to define: It was an annual musical showcase linking up-and-coming recording artists with industry executives in Austin, Texas, a city known for its vibrant music scene, cultural eccentricity and barbecue.

But over the years, the South by Southwest Conference and Festivals has grown into a massive annual series of citywide events touching on music, film, media and technology. SXSW, as its known,now includes a trade show, a job fair, an education-themed conference and throughout innovators will have opportunities to pitch their ideas to potential financial backers.

The annual 10-day event, which begins Friday with a keynote address from Sen. Cory Booker, D-N.J., has ballooned into an gathering so large that in recent years city officials havecurbed the number of special musical events.And some music journalists have criticized the annual event for becomingtoo big and commercialized to be a place for musical discovery.

Criticisms aside, not only do city officials and local businesses love the annual revenuethat SXSW generates (about $325 million last year including year-round planning operations). But the music part of thegathering is slowly turning into more of a sideshow thanthe main act, andthe main act is increasingly focused on media and technology (through SXSW Interactive).

Last year SXSW Music attracted about 30,300 people to 2,200 acts, about the same amount as the prior year, compared withthe nearly 37,600 people who flocked to listen to about 3,100 speakers at the SXSW Interactive. That representeda considerable spike from the roughly 34,000 who gathered for2015s 2,700 speakers,according to figures provided by SXSW event planners. That levelof traffic isnt bad, considering an all-access ticket to any one of the main attractions SXSW Interactive, SXSW Music or SXSW Film costs $1,325 apiece. (The truly ambitious can buy a single all-access ticket affording entry to all three for $1,650.)

As the SXSW Interactive gradually becomes a bigger attraction, it can be a challenge to pickfrom the dozens of daily sessions which ones will truly address the next major leap in technology. Here are a few of the themes that have emerged from a review of the dozens of SXSW Interactive sessions taking placethis year:

Improving artificial intelligence and human interaction

Many of last years SXSW Interactive sessions focused on virtual and augmented reality technology, but several ofthis years will touch on the rapidly evolving technology that underpins machine learning, deep analytics and the cognitive human-like interactions needed to make artificial intelligencemore consumer friendly.

Among 2017s presenters is Inmar Givoni, who is the director of machine learning at Kindred, which develops algorithms to help robots better interact with humans. She will offer a primer on the technology thats increasingly entering our daily life. In a separate session, digital anthropologist Pamela Pavliscak will discuss advances in AI that are enabling machines to accurately read emotions and respond accordingly. Other sessions will coverhow artificial intelligence will be deployed in satellites and the wayDisney is adopting AI to make storytelling more interactive at its theme parks. Charting advances inautonomous driving

As autonomous driving continues to rapidly progress, more attention is being paid to transportation and smart city technologies. Dieter Zetsche, the head of German automotive giant Daimler thatmakes Mercedes-Benz luxury cars, will talk about how digital mapping is playing an increasingly important role in the accuracy of connected and autonomous vehicles. Another session will tackleways to ensure that people dont rely too heavily on semiautonomous features and become lazy, inattentive drivers.

George Hotz, who developed a $1,000 self-driving car kit that could be installed in older cars, will discuss the real future of self-driving cars. Last year Hotz clashed with regulators when he tried to market his invention. U.S. Department of Transportation officials will attend SXSW Interactive to discuss the need for a national strategy for transportation data collection so as tomake connected cars work seamlessly across state lines and in different cities.

Planning cities of the future

Several sessions during SXSW will explorehow cities can adopt emerging technologies to grapple with current challenges not just so people can movethroughcrowded urban areas butalso how connected technologies can radically change the management ofmany aspects of a city.

Sherri Greenberg, a professor at the University of Texas at Austins Lyndon B. Johnson School of Public Affairs, will participate in a panel discussing how technology canaddress urban challengessuch economic segregation and the need for more affordable housing and healthy recreational activities. Atlanta Mayor Kasin Reed will headline another panel to outline the latest developments in smart city technologies.

Bringing health care into the 21st century

Innovation in the medical industry is taking new turns with the advent of technology aimed at improving the access, collection and distribution of patients health care data. Kate Black, privacy officer forthe personal genomics company23andMe, will address growing concerns about health care privacy in the digital age. Separately,Karen Desalvo, acting assistant secretary for health in the U.S. Department of Health and Human Services, will participate in a discussion about the federal governments lagging system for sharinghealth data, still largely using paper or outdated unconnected computers scattered among different agencies.

Other sessions will cover how data, engineering and policy can be deployedto provide consumers the power to compare prices on health care services and ways toofferaccess to new health-related technologies to low-income communities.

Diversity issues take the stage

Considerable attention has been paidto Silicon Valleyslack of gender and ethnic diversity but thats not the only sphere in the tech world where diversity is lacking. Dozens of sessions at this years SXSW Interactive will tackle these issues;topics will range from how digital storytelling can provide a voice to underrepresented groups to the need forrecruiting mid-career people of color in the tech industry.

Denmark West, who serves as chief investment officer of the Connectivity Ventures Fundthat backs tech startups, will participate in a panel of African-American venture capitalists (there arent many), discussing theneed tosupport ventures backed by people of color.

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SXSW Interactive 2017: Artificial intelligence, smart cities will be major themes this year - Salon

Should economists be worried about artificial intelligence? – Eyewitness News

Some economists have argued that, like past technical change, this will not create large-scale unemployment, as labour gets reallocated.

Robot. Picture: Pixabay.

This post highlights some of the possible economic implications of the so-called Fourth Industrial Revolution whereby the use of new technologies and artificial intelligence (AI) threatens to transform entire industries and sectors.

Some economists have argued that, like past technical change, this will not create large-scale unemployment, as labour gets reallocated.

However, many technologists are less optimistic about the employment implications of AI. In this blog post we argue that the potential for simultaneous and rapid disruption, coupled with the breadth of human functions that AI might replicate, may have profound implications for labour markets.

We conclude that economists should seriously consider the possibility that millions of people may be at risk of unemployment, should these technologies be widely adopted.

THE RISE OF THE ROBOTS

Rapid advances in robotics and automation technologies in recent years have coincided with a period of strong growth of lesser-skilled jobs in the UK (see for example Figure 1.7 and Table 1.9 of the Low Pay Commission Spring 2016 Report).

There is growing debate in the economics community and academia about whether technological progress threatens to displace a large proportion of these jobs in the longer term.

Examples where automation is starting to gain traction internationally include warehousing, haulage, hotels, restaurants and agriculture: all industries which are frequently reported by our Agency colleagues to be heavily dependent on lesser-skilled labour.

In the UK, driverless cars are currently being trialled on the roads of Milton Keynes and hands off self-driving cars are expected on the motorways in 2018.

ROBOTICS: LABOUR-AUGMENTING OR JOB-DESTROYING?

One view, as outlined in a recent Bank Underground blog (and a follow-on post here), is that technological progress has always been labour-augmenting in the past, and is likely to remain so in future.

Thus, as manufacturing productivity has grown and factory jobs shed, the associated increase in GDP per capita has resulted in a net increase in job creation, typically in more labour-intensive service industries.

So even if robotics started to displace large numbers of workers, jobs dependent on human traits such as creativity, emotional intelligence and social skills (including teaching, mentoring, nursing and social care for example) may become more numerous.

However, many technologists are not so sure that the next industrial revolution will replicate the past, arguing that the mass adoption of robotics threatens to disrupt many industries more-or-less simultaneously, giving neither the economy nor society in general the time to adapt to the changes.

Advances in robotics might be such that suddenly, most if not all of the basic human functions entailed in manual labour (assembling, lifting, walking, human interaction, etc) could be carried out more effectively and cheaply by machines with the advantage of being able to work continually at minimal marginal cost.

A recent report by Deloitte concluded that around one-third of jobs in the UK are at high risk of being displaced by automation over the next two decades, including losses of over 2 million jobs in retail, 1 million jobs in transportation and storage, and 1 million jobs in health and social care.

ITS DIFFERENT THIS TIME?

So how might automation in the Fourth Industrial Revolution differ fundamentally from that in the past, preventing technological progress from being labour augmenting, at least in the short to medium term? Perhaps the main difference is the speed of technological progress and its adoption.

The technologist Hermann Hauser argues there were nine new General Purpose Technologies (GPTs) with mass applications in the first 19 centuries AD, including the printing press, the factory system, the steam engine, railways, the combustion engine and electricity. GPTs by definition disrupt existing business models and often result in mass job losses in the industries directly affected.

For example, railways initiated the replacement of the horse and carriage, with resultant job losses for coachmen, stable lads, farriers and coach builders. Most of these GPTs took several decades to gain traction, partly because of the large amounts of investment required in plant, machinery and infrastructure. So there was sufficient time for the economy to adapt, thus avoiding periods of mass unemployment.

But the pace of technological progress sped up rapidly since the 19th century. Hermann identifies eight GPTs in the 20th century alone, including automobiles, aeroplanes, the computer, the internet, biotechnology and nanotechnology. Most recent innovations have been scalable much more quickly and cheaply. They have also been associated with the emergence of giant technology corporations the combined market capitalisation of Apple, Google, Microsoft, Amazon and Facebook is currently about $2 trillion.

The faster these new waves of technology arise and the cheaper they are to implement, the quicker they are deployed, the broader their diffusion, the faster and deeper the rate of job loss and the less time the economy has to adapt by creating jobs in sectors not disrupted by GPTs.

And some technologies are evolving at lightning speed, such as the ongoing exponential increase in computing power. Computers have evolved in the past 40 years or so from initially being merely calculators to having applications that include smartphones and, in conjunction with the internet and big data, driverless cars, robots and the Internet of Things.

Looking to the future, how might these new GPTs affect the economy? The retail and distribution sector currently has over five million jobs. In the not too distant future, most consumer goods could be ordered online and delivered by either autonomous vehicles or drones. The warehouses in which the goods are stored could be almost entirely automated. Bricks and mortar stores might largely disappear.

HOW LONG BEFORE ROBOTICS STARTS TO DISRUPT THE ECONOMY?

The timing and magnitude of these structural changes to the economy are extremely hard to predict. But the speed at which developed economies adopt robotics technologies is perhaps increased by policies in many countries that seek to reduce income inequality in society, such as increases in minimum wage rates, thereby incentivising R&D and capital expenditure in labour-saving machinery and equipment.

Another factor stimulating global investment in robotics technologies is demographics. Japan has experienced a declining population since 2010, reflecting minimal immigration levels and falling fertility rates since the 1970s. With the population (and labour force) projected to decline by as much as one-fifth over the next 50 years, incentives to invest in automation technology are high. So it is perhaps not surprising that Japan has one of the largest robotics industries in the world, employing over a quarter of a million people. Many types of robot are already commercially available, including humanoid robots, androids, guards and domestic robots, in addition of course to industrial robots. Citizens are increasingly familiar and comfortable interacting with them, including the elderly.

MACHINE LEARNING/ARTIFICIAL INTELLIGENCE

It is often argued that robots typically can only perform a finite number of well-defined tasks, ideally in controlled environments. So robots can be used extensively in warehouses or factories, but not to interact intelligently or empathetically with humans as secretaries, vehicle drivers, nurses, care assistants, etc that is, in service industries where the majority of lesser-skilled jobs are found. Hence, humans might always have an absolute advantage over machines in carrying out many types of work involving cognitive and communication skills.

In fact, technologists are making great strides in developing machines capable of mimicking human intelligence. A computer has recently beaten one of the worlds best players of Go. Given that the average game has an almost infinite number of outcomes, the computer must mimic cognitive skills such as intuition and strategy, rather than rely purely on brute force in analysing all plausible move sequences which is how computers were programmed to beat the worlds chess champions nearly twenty years ago. Researchers are confident that widespread economic applications of AI are not too far away. One such example is facial recognition, which has applications in security etc. A Google AI system called FaceNet was trained on a 260 million image dataset, and achieved 86 percent recognition accuracy using only 128-bytes per face.

CONCLUSION

There is growing concern in the global tech community that developed economies are poorly prepared for the next industrial revolution. That might herald the displacement of millions of predominantly lesser-skilled jobs, the failure of many longstanding businesses which are slow to adapt, a large increase in income inequality in society, and growing industrial concentration associated with the rapid growth of a relatively small number of multi-national technology corporations.

Economists looking at previous industrial revolutions observe that none of these risks have transpired. However, this possibly under-estimates the very different nature of the technological advances currently in progress, in terms of their much broader industrial and occupational applications and their speed of diffusion. It would be a mistake, therefore, to dismiss the risks associated with these new technologies too lightly.

This article was republished courtesy of the World Economic Forum.

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Should economists be worried about artificial intelligence? - Eyewitness News

Nvidia’s Jetson platform can power drones with good artificial … – VentureBeat

Nvidia unveiled its Jetson TX2 platform to power drones with good artificial intelligence.

The platform includes the Jetson TX2 embedded AI supercomputer, a chip and its surruonding hardware that can power 4K video drones that consumeonly about 7.5 watts of power. Drones with the TX2 solution can operate two cameras simultaneously.

The Jetson 3.0 platform was designed for AI at the edge of the network, rather than in the cloud, or Internet-connected data center. Drones with cameras can capture a huge amount of data.

This means Jetson has to handle a lot of the processing of data at the edge, in the device itself, rather than transferring all of that data to the cloud, said Deepu Talla, vice president and general manager of Nvidias Tegra business unit, at a press event in San Francisco.

Pretty much every industry we know is being transformed by AI, he said. Weve seen an AI version of GO beat the worlds best human.

Services are AI powered too, with things like Amazon Alexa and OK, Google.

All are adopting the Nvidia computing ecosystem, Talla said.

Patrick Moorhead, analyst at Moor Insights & Strategy, said the new platform uses Nvidias latest Parker-based Tegra chips, and can deliver about double the performance of the previous generation of drone chips without increasing the amount of power used.

Above: Teals Jetson-based drone.

Image Credit: Dean Takahashi

Like a car, there are many applications that require a lot of compute power at the edge for machine learning and artificial intelligence, Moorhead said. Based on the quality of their partners, it shows Nvidia has a really good offering.

Thats surprising, since most of Nvidias success has been in things like self-driving cars, he said.

GPU-based deep learning can crunch all of this data much faster than before. Nvidias GPU enhancements and software frameworks have helpedimprove AI by two orders of magnitude. Deep learning training used to take months. Now it takes days or hours.

Deploying neural networks usually happens in the cloud, going from a smartphone to a cloud. Nvidias Tesla can do AI inferencing in the data center.

But with Jetson, Nvidia is migrating AI to the edge. Edge devices like drones often have limited bandwidth, high latency, and a lack of wireless reception.

For confidentially reasons, you dont want to store a lot of data in the cloud, Talla said.

Nvidia has partners such as Fanuc, Toyota, Starship, Cisco, and others. Nvidia makes it easy for them to adopt the tech with its Jetson software developmentkit. It sits on top of Linux and the Tegra processors which Nvidia makes.

Cisco showed the Jetson platform working in a video conferencing display dubbed Spark. It allows for much more processing in the display before it sends the data across the Internet to another video conferencing display in another location.

Teal, a Salt Lake City, Utah-based startup, showed a drone with the Jetson platform in it. The drone, also called Teal, uses deep learning software from another startup called Ziff to recognize images, such as people. It could be used in a search and rescue operation, flying over a wide territory and reporting back only when it finds a possible human in a remote area. The drone will cost about $1,200.

Lowes is also using a Jetson-based robot from a company called Navii. The robot is used in stores to scan shelves to see what has to be replaced from inventory. It can also guide shoppers around to different products in the store, using voice recognition.

Nvidia launched its first Jetson platform about 18 months ago. Now the company is adding more AI capabilities on top of Jetson. The Jetson TX1 hardware can deliver 4K video decoding and other high-performance parallel computing tasks. But he Jetson TX2 hardware can double down on the tech capabilities.

TheTX2 developer kit costs $600 at retail, and it costs $300 for education applications. It is available for preorder now in the U.S. and Europe andwill ship in those territories on March 14. It will ship in April in Asia and other regions.

Rivals include Intel, which makes both chips and drones. Kevin Krewell, analyst at Tirias Research, said that Nvidias solution has wider flexibility and is likely targeted at more high-end solutions, while Intel targets both mid-range and high-end drones.

Talla said that the high-end of the market where Nvidia plays is a good market opportunity, and while you pay more for solutions at the edge, you save on a lot of data processing that happens in the data center because you are sending pre-processed information onward, rather than raw data.

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EXIM Bank the ‘lender of last resort’ for aerospace industry | TheHill – The Hill (blog)

Weve all heard some version of this classic joke: An optimist falls off a 10-story building. As he passes the sixth story, someone yells from the window, Hows it going? The man yells back, So far, so good!

It seems many of the critics of the U.S. Export-Import (EXIM) Bank are optimists, trying to argue that U.S. manufacturers and the U.S. economy have managed just fine without the bank having the authority to approve financing of sales of more than $10 million.

The EXIM Bank recently reported it was only able to authorize $5 billion in financing last year, a quarter of its financing activity when it was last fully operational in 2014, and its lowest level in 40 years. This activity can be connected to the direct support of 52,000 jobs and $284 million in interest and fees from foreign customers sent to the U.S. Treasury.

This would not happen if as its critics mistakenly claim the EXIM Bank was providing subsidies instead of loans requiring repayment. Those numbers could have been much higher, with action on forty deals worth $30 billion that cannot be reviewed and approved until the Trump administration puts forward nominees for the banks five board of directors positions and fills a quorum.

The huge bipartisan majorities in both the House of Representatives and the Senate that reauthorized the EXIM Banks operations in late 2015 would take swift action to approve these candidates if given the chance.

This issue is not an academic exercise or a philosophical debate regarding the role of government in the economy, and it certainly is no joke to more than 6,000 U.S. companies in the civil aviation supply chain.

These small- and medium-sized suppliers are willfully overlooked by EXIM Bank critics who throw around terms like corporate welfare and crony capitalism as if large companies make every part of an aircraft all by themselves and reap all the benefits of export sales.

My organization, AIA, recently reported the U.S. aerospace and defense industry generated $146 billion in exports and a trade surplus of $90 billion in 2016, the largest of any sector. I can already hear the argument: If the EXIM Bank was not available to support this success, then why is it even necessary?

The answer is rooted in what the bank is, namely, a lender of last resort when private-sector financing is otherwise unavailable. While private export credit financing has become more readily available since the global financial crisis, there will always be sales that would benefit from the support of a government export credit agency like EXIM Bank.

The other point that is frequently missed is that close to 60 percent of this export value can be attributed to the American supply chain. These companies win twice when the EXIM Bank can offer financing that is otherwise unavailable for an aircraft export selling parts and components that are initially incorporated into the aircraft, then selling these same parts and components for a higher margin in the global maintenance aftermarket.

President Trump and Commerce Secretary Ross understand the value of getting the best deal for America, fixing our debt and trade deficit, and ensuring U.S. manufacturers have a level playing field.

When considering the future of the EXIM Bank and Secretary Ross stated goal of having it help small businesses more, they should remember the aerospace supply chain companies that form the backbone of our industry.

We otherwise risk making the U.S. civil aviation supply chain a punchline, the butt of jokes by our foreign competition, as we remain sidelined by our own elected officials. Its one thing to be optimistic about how weve weathered the fall so far, but the landing will be no laughing matter.

Lt. Gen. David F. Melcher (U.S. Army-Ret.) is the president and CEO of the Aerospace Industries Association.

The views expressed by contributors are their own and not the views of The Hill.

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EXIM Bank the 'lender of last resort' for aerospace industry | TheHill - The Hill (blog)

Mexican military courts San Antonio aerospace sector, manufacturers – San Antonio Business Journal

Mexican military courts San Antonio aerospace sector, manufacturers
San Antonio Business Journal
With a booming aerospace sector south of the border, Mexico is seeking to strengthen its business ties with its counterparts in San Antonio. Mexican Air Force Group Gen. Rodolfo Rodriguez is visiting the Alamo City and on a mission to connect with ...

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Mexican military courts San Antonio aerospace sector, manufacturers - San Antonio Business Journal

West Star Aviation announces aquisition agreement with Avant Aerospace – RiverBender.com

EAST ALTON - West Star Aviation is pleased to announce its acquisition agreement with Avant Aerospace, a leading supplier of Dassault Falcon Jet spares and equipment located in Grapevine, TX.

Avant Aerospace has established a great reputation since 2001 for the acquisition and supply of top quality Dassault Falcon spares, equipment and tooling in support of F2000, F900 and F50 series aircraft. Avant will continue to operate under its given brand, supplying parts and services to better assist the needs of West Star customers and Falcon operators world-wide.

"There is a synergy between our two companies and this acquisition will continue to expand the scope of our Falcon capabilities. We will be able to provide new dimensions of service to our Falcon customers," said Bob Rasberry, CEO, West Star Aviation.

"We are very pleased to work in a combined effort with West Star. Our focus on Falcon parts and solid reputation will compliment West Star's well-established Falcon reputation within the industry," said Al Zito, President/CEO, Avant Aerospace.

Voted #1 Preferred MRO in the 2014, 2015 and 2016 Professional Pilot magazine annual Preferences Regarding Aviation Services and Equipment (PRASE) Survey for three consecutive years, West Star Aviation specializes in the repair and maintenance of airframes, windows, and engines, as well as major modifications, avionics installation and repair, interior refurbishment, surplus avionics sales, accessory services, paint and parts.

In addition to its facilities in East Alton, IL; Grand Junction, CO; and Chattanooga, TN, West Star Aviation runs maintenance operations at Aspen-Pitkin County Airport in Aspen, CO; Chicago Executive Airport in Chicago, IL; Centennial Airport in Denver, CO and Conroe-North Houston Regional Airport in Houston, TX. The company also provides complete FBO services for transient aircraft at its newly remodeled East Alton and Grand Junction facilities. West Star Aviation is an industry leader in technical experience and expertise while providing world-class customer services in all the organizations divisions. For more information visit http://www.weststaraviation.com or call (800) 922-2421.

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West Star Aviation announces aquisition agreement with Avant Aerospace - RiverBender.com

Southfield Christian’s perfect night from charity stripe dooms Detroit Davis Aerospace 70-48 – MLive.com

Southfield Christian's Bryce Washington slams home two of his game-high 26 points (Photo: Susan Fergan)

BLOOMFIELD HILLS--Its very difficult to beat any team that hits all of its free throws. And if that team shoots 24 of them its virtually impossible. Detroit Davis Aerospace discovered that the hard way Monday night in its district quarterfinal matchup versus Southfield Christian at Birmingham Roeper.

In their best effort at the line this season the Eagles shot 24 for 24 from the free throw line en route to a convincing 70-48 victory over Detroit Davis Aerospace.

For a team that has struggled from the line at times this season, Mondays performance was welcomed by SC coach Josh Baker: We had it rolling from the line tonight. It was pretty cool, and it was meaningful. Detroit Davis Aerospace is a very tough team. Im really proud of this win.

The Eagles led wire-to-wire, scoring ten unanswered points to start the game, and were up 17-5 at the end of the first quarter.

Baker credited the Eagles' defense for the fast start. We guarded tonight. I thought we did a great job defensively on Edmen Stewart in the first half. He got it rolling late, but I thought we did a good job early. They only scored five in the first quarter and 17 in the first half. And we attacked their pressure all night. Thats the main reason we got to the line.

The Eagles' attack kept them ahead by double digits all night, with the lead peaking at 22 in the third quarter. Stewart heated up in the fourth, and the Aviators trimmed the lead to ten (56-46) at the 2:25 mark, but the Eagles finished the game with a 14-2 burst to win it going away.

Bryce Washington scored 11 first quarter points and finished with 26 to pace the Eagles. Brock Washington added 20, including 12 of 12 from the line. Caleb Hunter got 14. Stewart scored 16 for the Aviators, matching Bryces first quarter production with 11 in the fourth.

It was a solid start for the Eagles, who began their quest for a fourth Class D title a bit shorthanded. Harlond Beverly, a 6-4 starting guard is out indefinitely nursing a foot injury, but Baker and the Eagles are anticipating his return soon. Hes doing rehab at least twice a day, getting up shots and free throws, Baker noted. Were hoping he can return next week.

With the win, the Eagles pushed their record to 16-5 and will play for the district championship Friday night versus the winner of the Roeper vs Centerline semi-final matchup on Wednesday.

DDA dropped its third straight decision, and closes its season at 8-9.

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Southfield Christian's perfect night from charity stripe dooms Detroit Davis Aerospace 70-48 - MLive.com

Behavioral Science – Newswise (press release)

WASHINGTON (March 6, 2016) -- Two reports published March 5 (EST) by the World Health Organization reveal that more than 1 in 4 deaths of children under 5 years are attributable to unhealthy environments. That amounts to 1.7 million child deaths a year.

The reports (Inheriting a Sustainable World: Atlas on Childrens Health and the Environment and Dont pollute my future! The impact of the environment on childrens health) are alarming to Georgetown Universitys Laura Anderko, PhD, RN, director of the Mid-Atlantic Center for Childrens Health and the Environment, a regionalCDC Pediatric Environmental Health Specialty Unit, which covers the District of Columbia, Delaware, Pennsylvania, Maryland, Virginia and West Virginia.

Anderko says many might think these reports reflect problems in developing countries, but that the United States is grappling with its own environmental challenges.

The new reports from the WHO underscore the important contribution of pollution to our children's health both abroad and here in the United States, says Anderko, the Robert and Kathleen Scanlon Chair in Values Based Health Care at Georgetowns School of Nursing & Health Studies. The US is experiencing an increase in the number of children suffering from asthma each year, which is exacerbated by extreme heat days that results in increased air pollution. Today, over 6 million US children suffer from asthma.

Anderko adds, It is essential to support efforts to reduce air pollution and reduce asthma in our children. In the U.S., we are fortunate to have the Office of Children's Health Protection at the EPA working to improve the health of our children through research, education, and regulation.

To interview Anderko about the impact of the environment on childrens health, please contact Karen Teber at km463@georgetown.edu.

About Georgetown University Medical Center Georgetown University Medical Center (GUMC) is an internationally recognized academic medical center with a three-part mission of research, teaching and patient care (through MedStar Health). GUMCs mission is carried out with a strong emphasis on public service and a dedication to the Catholic, Jesuit principle ofcura personalis-- or "care of the whole person." The Medical Center includes the School of Medicine and the School of Nursing & Health Studies, both nationally ranked; Georgetown Lombardi Comprehensive Cancer Center, designated as a comprehensive cancer center by the National Cancer Institute; and the Biomedical Graduate Research Organization, which accounts for the majority of externally funded research at GUMC including a Clinical and Translational Science Award from the National Institutes of Health. Connect with GUMC on Facebook (Facebook.com/GUMCUpdate), Twitter (@gumedcenter) and Instagram (@gumedcenter).

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Behavioral Science - Newswise (press release)

Spring's Anti-Aging Foods – AARP News

Beets

Sworn beet haters take notice. This ruby gem boasts so many healthy benefits, it absolutely has to find a way into your shopping cart, whether or not you like its earthy flavor. A fiber-rich food, beets contain an animo acid called betaine that can help lower your blood pressure, reduce your risk of inflammation, and help prevent and reduce the accumulation of fat in the liver. Win-win-win. When it comes to aging, beets contain powerful antioxidants that help keep skin supple and youthful and carotenoids that can ward off the macular degeneration that occurs as you grow older.

Asparagus

Asparagus not only boosts heart health, thanks to its vitamin K (which prevents blood clots), but this succulent vegetable also contains a special antioxidant called glutathione thats believed to help slow down the aging process. Whats more, the veggies other key vitamins, B9 and B12, may help ward off cognitive decline. Indeed, a study from Tufts University found that older adults with higher levels of folate and B12 which is harder to absorb as you age performed better on cognitive tests than those with lower levels. If that werent enough, asparagus is also rich in lycopene, which has been found to protect the prostate and help lower the risk of prostate cancer.

Carrots

Carrots are rich in beta-carotene, which actually gets its name from the classic vegetable. The body converts this beta-carotene into vitamin A, which in carrots is called retinol, an ingredient found in many antiaging creams. Along with being good for your skin and hair, vitamin A helps support your immune system, preserves good vision and may help fight cancer.

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Empire Medical Training Expands Course Offering – PR Web – PR Web (press release)

These courses are great because they are easy to learn, have financial benefits, and your patients will love the results.

Fort Lauderdale, FL (PRWEB) March 08, 2017

With their dedication to reaching students nationwide, Empire Medical Training has announced new courses they will be offering this year. Empire Medical Training invites medical practices to expand their business by signing up for one of the new courses or registering for a VIP class. By taking Continuing Medical Education courses like aesthetics and pain management, and adding them to a practices repertoire, Doctors and Dentists become more valuable to their patients.

For the first time, Empire Medical Training will host their One Day Complete Dermal Filler and Botox class in Chicago, Illinois. This course will be on April 1, 2017 in the Westin Hotel. By combining the Dermal Fillers Workshop and the Botox Workshop into one day, members and students will become proficient in all injection techniques discussed in this one course.

Empire Medical Training will be in Las Vegas, Nevada from March 11th through March 13th for their VIP training courses. These VIP courses are unique because these classes offer one-on-one training with the instructor and the student. For this weekend, the courses will include Botulinum Toxin Training, Advanced Botox and Dermal Fillers (Level II), and Complete, Hands-on Dermal Filler. Any Physician, Dentist, or Nurse looking to receive Botox and Dermal Filler Aesthetic Training would be a good fit for these courses. As Dr. Stephen Cosentino, President and Founder of Empire Medical Training, says, These courses are great because they are easy to learn, have financial benefits, and your patients will love the results.

To cover the demand for their courses, Dr. Stephen Cosentino will also expand Empire Medical Training by offering three VIP classes in New York City, New York from March 31st through April 2nd. This weekend will include Platelet Rich Plasma for Aesthetics, Botulinum Toxin Training, and Complete, Hands-on Dermal Filler courses.

Empire Medical Training has been training Physicians and Health Care Practitioners since 1998, longer than any other procedural training institution. With over 45,000 graduates in specialties such as Aesthetics, Anti Aging/Weight Management Medicine, and Pain Management, Empire Medical Training is renowned throughout the United States and abroad as the premier academy for providing academic excellence. Dr. Stephen Cosentino pioneered ways to add new procedures and services as well as business strategies to a practice and improve patient care. With Dr. Cosentinos commitment and dedication to the specialty and the field of medicine, Empire Medical Training is steadfast to developing new training programs and topics to broaden the scope of the primary care practitioner. All Empire courses are created through mainstream medicine using the most current technologies and standards of care.

For more information on the cities and courses offered at Empire Medical Training please visit their website or call 866-366-1576.

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Empire Medical Training Expands Course Offering - PR Web - PR Web (press release)