Difference Between Onshore and Offshore

Onshore vs Offshore

The words onshore and offshore have traditionally been used in the context of oil exploration and drilling. Of late however, the terms have become associated with many other businesses that seem to have confused many regarding the differences between these two words. Let us understand the differences by first looking at the original context of oil drilling.

On shore and offshore drilling

Oil is found below the surface of earth built sometimes the location is also under water. Though trying to extract oil from below the surface of the ocean is much more difficult than making wells on land and drilling holes, it is nonetheless profitable and this is why oil exploration is done making either floating or fixed platforms on the bed of the ocean. The activity of extracting oil from under the sea bed is called offshore drilling whereas onshore drilling is the practice of extracting oil from under the surface of earth away from the ocean. It is not just oil that requires onshore and offshore drilling but sometimes this is undertaken for extraction of natural gas also.

Onshore and offshore outsourcing

The words onshore and offshore are increasingly being used in the IT sector these days. There are countries that have emerged as a cheap source of manpower that has the talent to find business solutions in the field of information technology. The cost of outsourcing some of the business operations form these countries proves to be beneficial for rich countries in the west where professionals are very expensive. In IT sector, onshore outsourcing refers to getting some of the business operations outsourced from smaller companies within ones own country. On the other hand, offshore outsourcing refers to finding solutions of some of the aspects of the business through cheap and talented manpower outside ones own country.

Onshore and offshore banking

Another industry where the words onshore and offshore have gained currency is banking. There are countries having excessive taxations and other rules that cause problems for common people in their banking operations. On the other hand, there are countries that are considered as safe havens for banking as they have strict privacy rules and several tax advantages that help people to save a lot of money. When people from other countries open bank accounts in these countries, it is referred to as offshore banking while those continuing to have bank accounts in their own countries are said to be involved in onshore banking.

Onshore and offshore hosting

There are countries that prohibit certain content deeming it unfit for the population. If a website has content that is considered unfit for its population, the country of origin might not allow the site to be hosted. In such cases, people (owners of website) hire the services of offshore hosting service providers where the content is not considered illegal.

In brief:

Onshore vs Offshore

The words onshore and offshore have traditionally been used in the sense of oil exploration. Onshore refers to activities of oil exploration that are conducted on land away from the ocean while offshore pertains to oil exploration and rigging under the bed of the ocean.

Of late, onshore and offshore have come to be associated with many other industries such as IT, banking, and website hosting as well.

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Difference Between Onshore and Offshore

Offshore Companies Formation: Offshore IBC, Offshore LLC

Have you decided to incorporate but are uncertain about which offshore company suits you? Select an offshore company from any tax haven we offer and find out about its main advantages.

We are professionals and experts in this business and provide you the information you need to choose the best offshore company in a clear and concise manner.

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For almost two decades, CCP Inc. has been incorporating companies inthese countries; they:

Our low-cost all inclusive offshore companies packages start at US$940

Investors are free toexplore the possibility ofpurchasing offshore corporations that have been formed and registered byus afew years before and placed onthe shelf.

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Offshore Companies Formation: Offshore IBC, Offshore LLC

Offshore Construction – CRC-Evans

CRC-Evans has served the offshore pipeline construction industry for decades. Over that time, we have designed and built state-of-the-art equipment engineered specifically for the unique demands of offshore pipeline construction. But that's just the beginning.

In addition to the world's most advanced offshore pipeline construction technology, CRC-Evans offers the expertise of a highly experienced team of offshore specialists trained to directly support your operations. And we've got a full staff of offshore-qualified management to lead this dedicated team. These are people who truly understand offshorepeople who listen and communicate intelligently with you about your very specific project needs.

CRC-Evans has engineered our offshore pipeline construction technologies to address the enormous logistical and financial challenges that come with operating a laybarge. Light, ergonomic equipment designs allow easier handling in limited spaces.

Cutting-edge technology meets innovative equipment with CRC-Evans' Offshore Automatic Welding System, which includes welding machines, line-up clamps, pipe facing machines, and independent power supplies. Among our many automatic welding innovations are tandem-wire and dual-torch technologies for faster welding; through-the-arc tracking for more accurate welds; and digital-to-digital programming, onboard data collection, and touch-screen control to reduce errors and downtime. Designed for unique offshore working conditions, the CRC-Evans Offshore Automatic Welding System allows you to maximize productivity from a limited number of welding stations so you can boost operational speed, maintain high quality levels, optimize your laybarge investment, and keep your offshore pipeline project on schedule.

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Offshore Construction - CRC-Evans

Offshore Banking and Company Formation, Trusts, Asset …

Offshore Tax Benefits

To clarify, doing business offshore is not about evading taxes or keeping money from the government. Rather, it is about structuring your affairs in such a way as to take advantage of local and international laws. These laws that are available to anyone who cares to use them to their benefit. Therefore, we can show you perfectly legal and legitimate ways to set up your business internationally so that you understand the far-reaching benefits from asset protection to cost-savings.

People in the US, UK, Australia and some other countries are, by and large, taxed on worldwide income. On the other hand, you likely know that Apple, Google and others have slashed their tax bills using completely legal techniques through the use of overseas structures. In addition, the offshore captive insurance company is another way our clients have legally slashed their tax bills under IRC 953(d) and 831(b). Accordingly, there are ways that you may be able to do this too, with our help plus the guidance of the proper licensed professionals.

We cannot emphasize the last point enough. Offshore tax benefits are a very sensitive areas of the law. So, before you use international strategies for taxation purposes, be sure that you dont just talk with any CPA. Talk with an accountant and/or tax attorney who specializes helping citizens and residents with foreign income. You are a lot more likely to pass an audit with flying colors. Plus, youll sleep better at night, too.

Online Company Formation

One extraordinarily successful strategy is to use on offshore company to operate your online business. It is also a technique used by Apple and Google. If your business is based online and you incorporate your international company properly, therefore, it may have some very attractive tax benefits. This may defer tax payments, similar to an IRA, for instance. It is abundantly important to have the tax advice of a knowledgeable CPA who can guide you in the use of this strategy. Use of these tools to save money on taxes may also depend on your country of residence and citizenship and your percentage of ownership of the company, among other actors. So, it should only be used under the guidance of experienced tax counsel.An online business can have a global customer base. For example, do you want to multiply your customer base by 22 times? The population outside of the US is about 22 times greater than inside. The world population outside of the UK is 109 times greater than inside, 200 greater outside of Canada and 304 times outside of Australia. You get the idea. Why should you limit yourself to the old fashion geographically constricted business model? Consequently, establishing an offshore company and offshore bank account to run your online business can be a great way to build momentum outside of the country in which you reside.

Offshore Banking

Within minutes of filing a lawsuit, an attorney can file another document freezing your bank account, your home, your business, and other assets. However, operating a business offshore puts up a huge barrier to a viscous litigants ability to freeze and seize your hard earned resources.Multiple Streams of IncomeWhat if your local company runs into difficult times? Remember the US and European recession of 2008, 2009 and following years? During that time the economies in Southeast Asia and Australia were booming. By having an offshore money machine, you limit your exposure to the local economy.Why not have multiple global online businesses running simultaneously? The low cost of establishing a number of offshore companies and accounts, along with new low-cost website development services makes the initial investment just a drop in the bucket compared to the tremendous upside potential. Our organization provides all of these services, and has for tens of thousands of clients. If a farmer wants to harvest a crop he must first plant the seeds. Not all of the seeds grow but a majority of them do; and the ones that do can make him and his family a living for many generations.

About Us

The company started in 1906. We are passionate about offshore financial services and asset protection from lawsuits. Our company has contributed to legislation in Nevis, Cook Islands and Dominica. The principles of our company converse regularly with heads of state to influence legislation in the best interest of our clients.

Our Company Meeting With Roosevelt Skerrit, Prime Minister of Dominica

Our Company Meeting With Vance Amory, Premier of Nevis

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Offshore Banking and Company Formation, Trusts, Asset ...

Offshore Industry | Maritime-Connector.com

The offshore industry primarily comprises of two industries - the offshore oil and gas industry and the offshore wind energy industry.

Offshore windpark

Due to ever rising demand for oil and gas in the world today, the global offshore oil and gas industry has been growing by leaps and bounds. The rising cost of oil and gas prices holds great promises for the industry in coming years. In this article, we will cover the various technologies, transportation mediums, and occupations associated with offshore industry.

Offshore oil and gas industry

Offshore platforms or oil platforms are giant structures used for the purpose of drilling and extracting gas and oil from wells, located deep beneath the ocean floors. These platforms have onsite processing and storage facilities, as well as provide accommodation for the crew. Offshore platforms are strongly built and are designed to last decades in the harsh environment. Depending on the requirements, they can either be floating or fixed to the ocean floor. There are different types of platforms that can be operated in a wide range of water depths from 200 to 12,000 ft. Among widely used oil platforms today are: fixed platforms, Compliant Towers, Semi-submersible Platform, Floating Production Systems, Tension Leg Platforms, Drillships and Spar Platforms.

Offshore ships are those marine vessels which are specially designed to support the offshore oil and gas industry. They form the primary mode of transportation for carrying goods and workforce to oil stations deep inside the Ocean.

Some of them such as drillships are used as offshore platforms for oil and gas explorations and productions. Offshore ships can broadly be classified into Platform Supply Vessels (PSV), offshore barges, and all types of specialised marine vessels.

Offshore ship

The offshore industry offers a wide range of occupations for entry-level as well as experienced professionals. Offshore jobs can be extremely challenging and may demand long working hours in harsh conditions. Shift work forms an integral part of offshore jobs, which usually is working offshore for 14 days followed by a 14 days rest period onshore. Offshore occupations include different levels of employments in the fields of oil and gas production and management. The main areas of operations here include drilling, rigging, surveying, piping, welding, diving, quality checks, as well as health and safety and cooking to name a few.

Workers on platform

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A Lifetime of Security: The 3 Best Deals on Unlimited VPN Subscriptions

In a recent post, we discussed the many benefits of using a trusted, third-party virtual private network (VPN). You can watch basically anything on Netflix – even if it isn’t typically available in your country, use public wi-fi without worrying, and generally have a more secure browsing experience.

Sold on the idea yet? Well, here’s how you can get a lifetime VPN subscription for less than the normal yearly cost.

If you’re unfamiliar with the concept of a VPN, it’s basically a third-party server that encrypts your data and hides your personal information from hackers, advertisers, and even your own internet service provider (ISP). This encryption allows you to search the web securely from anywhere in the world, even on unsecured WiFi networks. A VPN also allows you to access geo-blocked content by hiding your true location.

The only real downside to using a trusted third-party VPN is the cost of the service. While they aren’t usually prohibitively expensive, a good VPN normally runs around $50 dollars a year. However, some companies are currently offering a lifetime VPN subscription for as low as $20. That’s right. You’ll pay less than half the normal cost of a yearly subscription for a product will last as long as you (or the company) exist.

So if you’re interested in safeguarding your online privacy without the monthly or yearly payments, check out these VPN deals.

VPN Unlimited: Lifetime Subscription

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KeepSolid VPN offers strong encryption, an easy-to-use interface, servers in multiple countries, and much more. However, it is also currently offering a lifetime subscription on up to five devices for less than $40. That’s a savings of more than 90 percent from the normal lifetime subscription rate. So while there are many other VPN options to choose from, most can’t come close to matching this deal.

Windscribe VPN Lifetime Pro Subscription

Burst

Windscribe is more than a VPN. It’s a desktop application and browser extension that work in conjunction to protect your online privacy, unblock websites, and remove ads and trackers. Just turn on your desktop application, and you’ll never have to worry about confusing settings and option menus again. And while Windscribe might cost slightly more than the other options on this list, it also allows for unlimited, simultaneous device connections, which is basically unheard of among VPN providers. And of course, the company doesn’t log your data, and allows for anonymous sign-up.

VPNSecure: Lifetime Subscription

Burst

VPN Secure has many of the same features offered by the other providers on this list: encryption, a strict no-logging policy, geo-blocking/spoofing capabilities, etc. But it somehow manages to offer them all as part of a lifetime subscription for under $20. So for less that the cost of a full tank of gas, you can protect your online data for a lifetime.

Given the current state of internet security, there are very few legitimate reasons for not using a VPN. And given the ridiculously low price of these lifetime VPN subscriptions, cost is no longer one of them.

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Elon Musk Says There’s a 70 Percent Chance He’ll Move to Mars

During an interview with Axios, Elon Musk said he thinks there's a 70% chance he will go to Mars himself — and not just for a short visit.

It’s Personal

SpaceX CEO Elon Musk doesn’t just want to send people to Mars — he plans to travel to the Red Planet himself.

On Sunday night, HBO aired the latest episode of “Axios on HBO,” a four-part documentary series covering the latest in tech, science, and politics. During an interview with Musk, Axios‘s Mike Allen and Jim VandeHei asked the billionaire entrepreneur how likely he was to go to Mars himself. Musk’s reply: “70 percent.”

He’s not just planning to visit the planet, either — “I’m talking about moving there,” he told Allen and VandeHei.

The Ultimate Relocation

Musk attributes his willingness to travel to Mars to the progress SpaceX is making, noting that several breakthroughs have him really “fired up.”

During the interview, he also elaborated on the conditions he expects to face if he does make it to Mars, noting that life there would be anything but leisurely:

Your probability of dying on Mars is much higher than Earth… It’s gonna be hard, there’s a good chance of death, going in a little can through deep space. You might land successfully. Once you land successfully, you’ll be working nonstop to build the base. So, you know, not much time for leisure. And once you get there, even after doing all this, it’s a very harsh environment, so you, there’s a good chance you die there. We think you can come back, but we’re not sure.

Best of the Rest

Mars wasn’t the only topic Musk talked about during the Axios interview. He also discussed his neuroscience company, Neuralink, noting that its long-term goal is “to achieve a symbiosis with artificial intelligence,” which he asserts is an “existential threat” to humanity.

And of course, no Musk interview would be complete without mention of Tesla.

Musk told Axios the company was near-death as it ramped up production of the Model 3 earlier in 2018: “Essentially, the company was bleeding money like crazy, and if we didn’t solve these problems in a very short period of time, we would die. And it was extremely difficult to solve them.”

READ MORE: Elon Musk: There’s a 70% Chance That I Personally Go to Mars [Axios]

More on SpaceX and Mars: Elon Musk Just Changed the BFR’s Name for a Fourth Time

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Elon Musk Says There’s a 70 Percent Chance He’ll Move to Mars

Watch Out Tesla: Rivian’s Electric Truck Will Drop in 2020

Nuts for Trucks

As the electric car market heats up worldwide, more and more car manufacturers are closing in on a market dominated by prominent brands like Chevrolet, Nissan, and Tesla.

And it’s not just luxury sedans or dinky subcompacts that drivers will be charging at night. US-based automaker startup Rivian revealed a brand new plug-in pickup truck at the Los Angeles Auto Show today. The company is also expected to announce a similar SUV tomorrow, according to The Verge.

Need for Speed

The R1T pickup has some pretty incredible specs. It comes in three different battery capacities, the biggest of which offers an impressive range of 400 miles. And it’s fast, too: zero to 60 mph in just three seconds — that’s even faster than the Tesla Model 3 Performance’s 3.3 seconds. That’s thanks to four motors that provide 200 horsepower to each wheel, according to Rivian’s website. Top speed: 125 miles per hour.

It also boasts some pretty luxurious features: multiple massive touchscreen displays in the dashboard, three power outlets in the truck bed, and self-driving technology.

And, perhaps most importantly, it might beat Tesla’s “Blade Runner-style” pickup truck to market. Rivian has an ambitious timeline in mind, and wants to start selling first units in 2020. We have yet to hear from Tesla about an exact release date for its truck, but the specs will likely be pretty comparable.

Keep on Truckin’

Rivian is targeting an audience that loves to spend time outdoors or needs a reliable utility truck for work. That’s a steadfast market that prides itself on raw power, and performance.

Will these kind of specs win over enough contractors and construction workers? As Faraday Future’s recent demise goes to show, the electric car market is a sink-or-swim industry.

READ MORE: The all-electric Rivian R1T is a dream truck for adventurers [The Verge]

More on electric pickup trucks: Tesla Pickup Truck Will Be Straight Out of “Blade Runner”

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Watch Out Tesla: Rivian’s Electric Truck Will Drop in 2020

Scientists Want to Fight Climate Change by Dimming the Sun

To halt climate change, some scientists suggest geoengineering our own planet by releasing particles into the stratosphere that will deflect sunlight.

Sum of the Particles

The long-term outlook on climate change is bleak. Last month, a United Nations report found that the international community’s current efforts are unlikely to stave off catastrophic global fallout.

That gloomy consensus is driving some researchers to investigate moonshot solutions, including an idea so extreme that it has divided scientific community: geoengineering our own planet by releasing particles into the stratosphere that will deflect sunlight and prevent future warming.

Backup Plan

A new study by researchers from Harvard and Yale, published Friday in the journal Environmental Research Letters, found that building a fleet of high-altitude planes to release sunlight-blocking particles could cost just $2 or $3 billion per year — a drop in the bucket compared to the tens of trillions of dollars in climate-related damages the UN report predicted.

The report’s authors found that the effort could be pulled off by about 100 specially-designed aircraft, which would eventually make a total of about 60,000 flights per year. That’s not an enormous program, they wrote, but it is substantial enough that a rogue nation wouldn’t be able to pull off something comparable in secret.

Risky Business

Many scientists oppose geoengineering. They argue that it could have unintended consequences and that it treats the symptoms of climate changes instead of the causes.

But other researchers say it’s imperative to investigate the effects of programs like the sunlight-blocking particles before governments start their own geoengineering programs to fight climate change.

“Unfortunately, climate change is dire enough for us to have to consider drastic action,” University of Bristol Earth scientist Matthew Watson, who was not an author of the paper, told The Guardian. “Some argue against researching these ideas but personally I think that is a mistake. There may come a time, in a future not so far away, where it would be immoral not to intervene.”

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Scientists Want to Fight Climate Change by Dimming the Sun

Self-Driving Trucks Will Transport Limestone in a Norwegian Mine

Rock Carriers

An often-overlooked use for autonomous driving technology is in industrial applications, where raw materials have to be shipped from point A to point B.

In what automaker Volvo calls its “first commercial autonomous solution transporting limestone from an open pit mine to a nearby port,” six existing autonomous trucks will be upgraded with sophisticated tech, allowing them to deliver raw limestone to a crusher three miles away without any human interaction.

Enemy Mine

If anything does go wrong, it will be up to Volvo fix it — in fact, Volvo claims full responsibility of the transportation of goods. Otherwise it won’t get paid.

One big advantage: higher efficiency, as the self-driving trucks can operate during the day and night.

Truck Drivers

That also means fewer truck drivers on the payroll. We have yet to find out the effects of that shift on the economy. But it’s a trend that’s here to say — more and more driverless commercial trucks are planning to hit the road in the very near future, developed by autonomous driving juggernauts like Waymo.

Volvo’s mine trucks bring us yet another step closer to a future where pretty much any vehicle — self-driving taxis, and industrial trucks alike — can take care of driving without the intervention of humans.

READ MORE: Volvo’s self-driving trucks will haul limestone from a mine [Engadget]

More on autonomous trucks: Uber’s Autonomous Trucks Still Need a Human Touch

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Self-Driving Trucks Will Transport Limestone in a Norwegian Mine

The World Reacts to the Success of NASA’s InSight Mars Lander

The successful landing of NASA's InSight probe on Mars set the internet ablaze Monday afternoon. Here's what the world had to say about the mission.

Final Destination

A six-month-long journey that could shape the future of humanity reached its nail-biting conclusion today.

On May 5th, NASA launched its InSight Mars lander from California’s Vanderberg Air Force Base. On Monday afternoon, following “seven minutes of terror,” the craft reached its final destination — Elysium Planitia, a flat plain near the Red Planet’s equator — where it will now spend the next two years conducting scientific research focused on the planet’s interior.

Everybody’s Talking

InSight’s efforts have the potential to teach us valuable information about the formation of rocky planets in our solar system. They could also inform our plans to one day visit, and perhaps colonize, the Red Planet.

No surprise, then, that the success of the landing set the internet ablaze. Here’s what notable experts, organizations, and politicians had to say about InSight’s triumphant touchdown.

Image Credit: Twitter
Image Credit: Twitter
Image Credit: Twitter
Image Credit: Twitter
Image Credit: Twitter
Image Credit: Twitter
Image Credit: Twitter

There's something in my eye. #MarsLanding

— Adam Savage (@donttrythis) November 26, 2018

READ MORE: Video Shows What Should Happen During the InSight Mars Landing Today [Inverse]

More on InSight: Breaking: NASA’s InSight Lander Just Landed on Mars

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The World Reacts to the Success of NASA’s InSight Mars Lander

Breaking: NASA’s InSight Lander Just Landed on Mars

Mission Accomplished

It took six and a half long months of space travel to reach the Martian surface, but NASA’s InSight Mars Lander has finally made it.

The robotic lander had to cover some 300 million miles (483 million km) to get there after it was launched aboard an Atlas V rocket from the Vandenberg Air Force Base in California on May 5.

A Treacherous Journey

We don’t have to tell you that landing on the Red Planet is not an easy feat: in fact, as Space.com points out, half of all Mars missions have failed to arrive safely in the past.

It’s a treacherous landing. InSight reached a breakneck speed of 12,000 miles per hour before slowing to just five miles per hour as it touched down with the help of a supersonic parachute and an array of small thrusters.

Destination: the Elysium Planitia plain — a large, mostly flat surface that straddles the equator, close to some of the largest volcanic regions on Mars.

Pulse of the Planet

The InSight team is planning to glean data about Mars’ ancient history. To do so, it’s outfitted with:

  • seismometer to map the Martian interior (and activity)
  • heat probe that will measure the heat coming from deep below the Martian surface
  • A special radio will try to glean how much Mars wobbles on its own axis as it orbits the sun

And Now We Wait

There’s still one more big hurdle to overcome: the lander has yet to unfurl its solar panel array to power the instruments on board. We’re expecting to know if the lander did so successfully in a few hours.

Then we’ll have to wait until InSight actually deploys all its instruments — and finally starts sending some long-awaited data back to Earth.

READ MORE: NASA’s InSight Mars Lander Reaches Mars Today! Here’s What to Expect [Space.com]

More on the InSight lander: NASA’s InSight Mars Lander to Investigate Inside the Red Planet

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Breaking: NASA’s InSight Lander Just Landed on Mars

Here’s how to Watch NASA’s InSight Rover Land on Mars

NASA's InSight rover will land on Mars one way or another on Monday. Here's how you can tune in and watch how it goes down.

Welcome Wagon

NASA’s newest rover, InSight, is set to land on the surface of Mars around 11:00 AM PST on Monday. And in spite of NASA’s spotty track record with Mars landings, experts expect for InSight to touch down and get to work on several years’ worth of scheduled scientific research.

We at Futurism will be watching NASA’s live stream of the event, and you can do the same below. The actual landing will happen shortly after this article goes live, but it will still take three hours after the landing for NASA scientists to confirm that the rover is fully operational.

New Kid on the Block

Recently, we’ve mourned NASA’s Curiosity rover, which spent 14 years exploring the red planet before finally crapping out in October. Then there’s the Kepler Space Telescope, which ran out of fuel and was decommissioned last month.

While we deeply miss these lost scientific instruments, InSight could usher in a new era of Mars exploration and research, probing beneath the planet’s surface and letting us learn more about our planetary neighbor than we ever could — if it survives the perilous landing.

We’ll be watching with our fingers crossed, hoping that it goes well.

Read more: NASA Live: Official Stream of NASA TV [YouTube]

More on InSight: We’ve Seen Less Than One Percent of Mars. NASA’s New Lander Is Going To Change That.

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Here’s how to Watch NASA’s InSight Rover Land on Mars

Bill Gates: Wind and Solar Alone Can’t Fight Climate Change

During an interview with Axios, Bill Gates noted his concern that people focusing on renewables as the answer to climate change are missing the big picture.

Think Again

According to billionaire philanthropist Bill Gates, the world’s current approach to fighting climate change isn’t just ineffective — it’s downright dangerous.

On Sunday night, HBO aired the last episode of the four-part “Axios on HBO” documentary series. During the episode, Gates told Axios journalists Ina Fried and Amy Harder he believes too many people view renewables as the answer to Earth’s climate change woes — when in reality it’s only one piece of a complex solution.

According to Gates, this focus on solar and wind is “as dangerous” as the belief that we could solve the problem of climate change without making any trade-offs.

Pie in the Sky

As appropriate for Thanksgiving weekend, Gates had a pie analogy at the ready to describe the problem of climate change.

He told Axios he views the world’s sources of greenhouse gas emissions as a pie chart. His concern is that many people focus on just one slice of the pie — electricity — when they should be looking at the pie as a whole:

A lot of people think, OK, renewable energy, wind and solar, has gotten a lot cheaper, isn’t that it? Well, electricity is only a quarter of the problem. In fact, we’ve got to solve the entire 100 percent. You know, unless somebody has the pie in their mind that, OK, electricity’s 25 percent, agriculture’s 24 percent, transport’s 14 percent, unless they start with that, we’re not really talking about the same problem.

Ch-Ch-Changes

Ultimately, Gates believes people need to change far more than their electricity source if the world is going to have any hope of avoiding a climate catastrophe.

“You know, for example, if synthetic meat works, that actually is a pretty big deal,” he told Axios. “But that’s at an early stage. If electric cars become mainstream products, which they are not today, that’s also a little piece of the problem. But you need to make steel in new ways, you need to make fertilizer in new ways.”

READ MORE: Bill Gates’ New Crusade: Sounding the Climate-Change Alarm [Axios]

More on Bill Gates: Bill Gates and Richard Branson Invest in Lab-Grown Meat Startup

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Chinese Scientists Claim to Have Gene-Edited Human Babies For the First Time

A new gene-editing clinical trial, still shrouded in secrecy and surrounded by questions, allegedly resulted in living people with boosted HIV resistance.

Super Babies

For the first time, doctors have reportedly used gene-editing techniques to make a human embryo more resistant to HIV. And if those doctors are to be believed, one of those embryos developed into a pair of twin girls who are alive today.

In a clinical trial that’s still largely shrouded in mystery, a team of scientists led by He Jiankui of China’s Southern University of Science and Technology used CRISPR to alter the genome of human embryos, reports the MIT Technology Review. Specifically, they knocked out a gene called CCR5 that makes people susceptible to HIV, smallpox, and cholera.

Later, The Associated Press published claims that one of those embryos survived and resulted in a successful birth.

“Can” Versus “Should”

But scientists around the world still have tons of unanswered questions about this clinical trial, and it’s sure to be the talk of the Second International Summit On Human Genome Editing, set to begin Tuesday in Hong Kong.

The consensus in the field of gene editing is that any human trials, especially those that would result in living, breathing, gene-edited humans, must undergo thorough and transparent review by ethicists and other doctors — more or less the opposite of how this new, highly secretive experiment was handled. As a result, Jankui is now under investigation by the Chinese government, according to MIT Tech.

Secrecy aside, the decision to try to prevent HIV by altering an embryo is a highly controversial one — so much so that Feng Zhang, the scientist who first developed CRISPR, has called for a moratorium on altering human embryos in the wake of this news, MIT Tech reported in a separate story.

Now What?

Part of the problem comes from the fact that silencing the CCR5 gene does make people more resistant to HIV — a condition that medical developments have made easier to manage in recent years — but in turns makes those people more susceptible to West Nile Virus, a fact that Zhang mentioned in his official statement on the matter.

The consensus among biomedical ethicists and leaders in genetics research, according to BBC, seems to be that editing human embryos is an ethical minefield — which the team from the Southern University of Science and Technology marched straight through in their biggest boots.

READ MORE: EXCLUSIVE: Chinese scientists are creating CRISPR babies [MIT Technology Review]

More on CRISPR: New Test Predicts how Smart Babies Will be Before They’re Born

The post Chinese Scientists Claim to Have Gene-Edited Human Babies For the First Time appeared first on Futurism.

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Chinese Scientists Claim to Have Gene-Edited Human Babies For the First Time

jo lab – Cardiovascular Mechanobiology and Nanomedicine

Our lab studies the mechanisms by which blood flow regulates endothelial biology and dysfunction, which leads to atherosclerosis and aortic valve calcification. In addition to in vitro (a cone-and-plate bioreactor) systems, the lab also developed an in vivomodel (a mouse partial carotid ligation model) in conjunction with OMICs approaches to understand how disturbed flow vs. stable flow differently regulate vascular and valve endothelial biology and pathobiology at the genome-, epigenome-, and metabolome-wide level.With these methods, we have been able to carry out several OMICs studies that have allowed us to identify mechanosensitive mRNAs, microRNAs, epigenetic DNA methylome, metabolites, and long non-coding RNAs (on-going work). These genome-, epigenome- and metabolome-wide OMICs studies have guided us not only to identify mechanosensitive genes, metabolites and epigenetic changes, but to demonstrate the critical role that some of these flow-sensitive molecular transducers play a role in controlling endothelial biology, atherosclerosis and aortic valve disease

Postdoctoral Fellow in Mechanobiology and Disease at Emory

A postdoctoral position is available immediately to study the mechanisms by which mechano-sensitive genes and epigenetics regulate vascular biology, atherosclerosis and aortic valve disease, and to develop gene-based therapies and targeted delivery methods in Coulter Department of Biomedical Engineering at Emory University in Atlanta, Georgia, USA. We are looking for a motivated and talented biomedical scientist or engineer with PhD or MD in related fields and with strong publication record. Please apply here: https://faculty-emory.icims.com/jobs/18016/job, and also send your CV by e-mail to Professor Jo. Applications will be reviewed on a rolling basis until filled but by June 10, 2018.

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jo lab - Cardiovascular Mechanobiology and Nanomedicine

What does a Nanotechnology Engineer do? – Sokanu

A nanotechnology engineer seeks to learn new things that can change the face of health, science, technology, and the environment on a molecular level. They test for pollutants, create powders to enrich our foods and medicines, and study the smallest fragments of DNA. They can even manipulate cells, proteins, and other chemicals from within the body.

Nanotechnology engineers take advanced supplies and materials and turn them into something new and exciting. They may try to make a once heavy invention work better while weighing less, making the object far more efficient. They may also create new and improved ways of watching out and improving the environment by creating innovative ways to test for contaminants and pollutants in the air, ground, and water.

Nanotechnology engineers may also choose to work in the medical field creating new gadgets that can fix problems on a scale as small as the molecular level, thus changing the face of medicine forever. Those involved with bio-systems will create ways to store the tiniest amounts of DNA or other biological fragments for testing and manipulation.

Nanotechnology engineers that work with nanoelectronics will create smaller, more efficient chips, cards, and even smaller computer parts to make products that can do as much as bigger products without so much electronic waste.

Behind the scenes, these engineers must be good at paperwork and detailed description writing. They are responsible for writing extremely detailed reports describing their findings in their specific experiments.

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What does a Nanotechnology Engineer do? - Sokanu

Nano-Engineering | CBE

Professors Chang, Cohen, Christofides, Lu, Monbouquette, and Sautet

Research on surface chemistry and physics is the foundation for discovery of surface-engineered materials that have applications in the fields of separations, sensing, and semiconductors. Faculty in the Chemical & Biomolecular Engineering Department at UCLA work in the areas of macromolecular and nano-surface engineering to develop more efficient and selective membranes and sorption resins, design new molecular chemical sensors, synthesize biocompatible surfaces, and manipulate heterogeneous surface processes at the atomic scale.

Molecular modeling and experimental investigations are geared towards understanding the structure of silylated and graft-polymerized surfaces (e.g., topology, conformation and distribution) and devising physical and chemical methods (e.g., graft polymerization and self-assembly) to control surface properties. Recent major accomplishments in this area are patented ceramic-polymer composite membranes (Cohen Group). This membrane, with a nano-structured separation layer, has proven effective in protein ultrafiltration and pervaporation separation of organic-organic and organic-aqueous mixtures.

AFM Image of silicon wafer surface modified by graft polymerization of poly(vinyl acetate)

Molecular engineering of innovative, self-assembling systems that mimic biological systems is researched to solve technological problems. For example, an approach that magnetobacteria use has been harnessed to produce the magnetite particles needed for magnetotaxis in the synthesis of semiconductor nanoparticles (Monbouquette Group). Size monodisperse, 100-nm-diameter phospholipid vesicles serve as compartments for synthesis of <10-nm-diameter II-VI semiconductor nanocrystals of tightly controlled size and composition. Size and surface-engineered particles may find applications in lasers, flat-panel displays, and quantum computing.

Membrane Separation Technology

Professor Nobe also focuses on investigating physical properties of electrodeposited quantum dots, nanomagnets, nanowires (10 to 400 nm diam. with aspect ratios up to 18,000), nanostructured multilayers, and metal oxide and conducting polymer supercapacitors. The figure shows an example of an electrochemical nano system (ENS) where cobalt nanowires were electrodeposited from anodized alumina templates.

Electrodeposited cobalt nanowires (200 nm diam., 60 mm long) from anodized alumina.

Molecular engineering of innovative systems that mimic biological systems is researched to solve technological problems. Since the direct manipulation of individual molecules presents obvious technological difficulties, much of the research has focused on self-assembling systems. For example, Professor Monbouquettes group has borrowed an approach that magnetobacteria use to produce the magnetite particles needed for magnetotaxis in the synthesis of semiconductor nanoparticles. Size monodisperse, 100-nm-diameter phospholipid vesicles serve as compartments for synthesis of <10-nm-diameter II-VI semiconductor nanocrystals of tightly controlled size and composition. These nanoparticles exhibit size-dependent physical properties due to quantum confinement of electrons. Size and surface-engineered particles may find applications in lasers, flat-panel displays, and quantum computing. Monbouquettes group is also pursuing the use of quantum dots in creating surfaces with a feature size of 2-3 nm.

Electrophoretically mobile, photocatalytic CdS 2dots draw trails of reacted ligands on an atomically smooth substrate.

Atomic layer deposition (ALD) to engineer nanometer thin films and nanolaminates with atomic resolution and controllability is also being studied (Chang Group). Highly uniform, conformal, and stoichiometric films can be easily synthesized, for example, nanolaminates can be formed through the use of multiple chemical precursors in alternating reaction sequences. ALD has been used to deposit metals, metal oxides, metal nitrides, semiconductors, transparent conductive oxides, and ferroelectric materials, with potential applications in microelectronics, membrane, sensor, bioceramic, and catalysis.

ALD Graph thin films 5ALD Graph thin films 6ALD Graph thin films

Professor Hicks group has developed a method of simulating reactions on compound semiconductor surfaces using molecular cluster calculations with density functional theory. Using this method, a cluster model for a gallium arsenide surface has been developed, which identified all the reaction sites on the surface as being an arsenic dimer and two second-layer gallium atoms. Each arsenic dangling bond is filled with a pair of electrons, while each gallium dangling bond is empty, in excellent agreement with experimental observations. The most exciting result from this work is the prediction of the vibrational frequencies of the optimized clusters and their excellent comparison with infrared data. This unique capability allows a definitive assignment of the observed vibrational bands to specific adsorption sites. This method is currently being applied to the study of surface reaction mechanisms for organometallic precursors.

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Nano-Engineering | CBE

Euthanasia Program | The Holocaust Encyclopedia

Nazi Germany's First Program of Mass Murder

The Euthanasia Program was Nazi Germany's first program of mass murder. It predated the genocide of European Jewry (the Holocaust) by approximately two years. The program was one of many radical eugenic measures which aimed to restore the racial "integrity" of the German nation. It aimed to eliminate what eugenicists and their supporters considered "life unworthy of life": those individuals whothey believedbecause of severe psychiatric, neurological, or physical disabilities represented both a genetic and a financial burden on German society and the state.

In the spring and summer months of 1939, a number of planners began to organize a secret killing operation targeting disabled children. They were led by Philipp Bouhler, the director of Hitler's private chancellery, and Karl Brandt, Hitler's attending physician.

On August 18, 1939, the Reich Ministry of the Interior circulated a decree requiring all physicians, nurses, and midwives to report newborn infants and children under the age of three who showed signs of severe mental or physical disability.

Beginning in October 1939, public health authorities began to encourage parents of children with disabilities to admit their young children to one of a number of specially designated pediatric clinics throughout Germany and Austria. In reality, the clinics were children's killing wards. There, specially recruited medical staff murdered their young charges by lethal overdoses of medication or by starvation.

At first, medical professionals and clinic administrators included only infants and toddlers in the operation. As the scope of the measure widened, they included youths up to 17 years of age. Conservative estimates suggest that at least 5,000 physically and mentally disabled German children perished as a result of the child "euthanasia" program during the war years.

Euthanasia planners quickly envisioned extending the killing program to adult disabled patients living in institutional settings. In the autumn of 1939, Adolf Hitler signed a secret authorization in order to protect participating physicians, medical staff, and administrators from prosecution. This authorization was backdated to September 1, 1939, to suggest that the effort was related to wartime measures.

The Fhrer Chancellery was compact and separate from state, government, or Nazi Party apparatuses. For these reasons, Hitler chose it to serve as the engine for the "euthanasia" campaign. The program's functionaries called their secret enterprise "T4." This code-name came from the street address of the program's coordinating office in Berlin: Tiergartenstrasse 4.

According to Hitler's directive, Fhrer Chancellery director Phillip Bouhler and physician Karl Brandt led the killing operation. Under their leadership, T4 operatives established six gassing installations for adults as part of the "euthanasia" action. These were:

Euthanasia Program Using a practice developed for the child "euthanasia" program, in the autumn of 1939 T4 planners began to distribute carefully formulated questionnaires to all public health officials, public and private hospitals, mental institutions, and nursing homes for the chronically ill and aged. The limited space and wording on the forms, as well as the instructions in the accompanying cover letter, combined to give the impression that the survey was intended simply to gather statistical data.

The form's sinister purpose was suggested only by the emphasis placed upon the patient's capacity to work and by the categories of patients which the inquiry required health authorities to identify. The categories of patients were:

Secretly recruited "medical experts," physiciansmany of them of significant reputationworked in teams of three to evaluate the forms. On the basis of their decisions beginning in January 1940, T4 functionaries began to remove patients selected for the "euthanasia" program from their home institutions. The patients were transported by bus or by rail to one of the central gassing installations for killing.

Within hours of their arrival at such centers, the victims perished in gas chambers. The gas chambers, disguised as shower facilities, used pure carbon monoxide gas. T4 functionaries burned the bodies in crematoria attached to the gassing facilities. Other workers took the ashes of cremated victims from a common pile and placed them in urns to send to the relatives of the victims. The families or guardians of the victims received such an urn, along with a death certificate and other documentation, listing a fictive cause and date of death.

Because the program was secret, T-4 planners and functionaries took elaborate measures to conceal its deadly designs. Even though physicians and institutional administrators falsified official records in every case to indicate that the victims died of natural causes, the "euthanasia" program quickly become an open secret. There was widespread public knowledge of the measure. Private and public protests concerning the killings took place, especially from members of the German clergy. Among these clergy was the bishop of Mnster, Clemens August Count von Galen. He protested the T-4 killings in a sermon August 13, 1941. In light of the widespread public knowledge and the public and private protests,Hitler ordered a halt to the euthanasia program in late August 1941.

According to T4's own internal calculations, the euthanasia effort claimed the lives of 70,273 institutionalized mentally and physically disabled persons at the six gassing facilities between January 1940 and August 1941.

Hitler's call for a halt to the T4 action did not mean an end to the euthanasia killing operation. Child euthanasia continued as before. Moreover, in August 1942, German medical professionals and healthcare workers resumed the killings, although in a more carefully concealed manner than before. More decentralized than the initial gassing phase, the renewed effort relied closely upon regional exigencies, with local authorities determining the pace of the killing.

Using drug overdose and lethal injectionalready successfully used in child euthanasiain this second phase as a more covert means of killing, the euthanasia campaign resumed at a broad range of institutions throughout the Reich. Many of these institutions also systematically starved adult and child victims.

TheEuthanasia Programcontinued until the last days of World War II, expanding to include an ever wider range of victims, including geriatric patients, bombing victims, and foreign forced laborers. Historians estimate that the Euthanasia Program, in all its phases, claimed the lives of 250,000 individuals.

Persons with disabilities also fell victim to German violence in the German-occupied east. The Germans confined the Euthanasia Program, which began as a racial hygiene measure, to the Reich properthat is, to Germany and to the annexed territories of Austria, Alsace-Lorraine, the Protectorate of Bohemia and Moravia, and the Warthegau in former Poland. However, the Nazi ideological conviction which labeled these persons "life unworthy of life" also made institutionalized patients the targets of shooting actions in Poland and the Soviet Union. There, the killings of disabled patients were the work of SS and police forces, not of the physicians, caretakers, and T4 administrators who implemented the Euthanasia Program itself.

In areas of Pomerania, West Prussia, and occupied Poland, SS and police units murdered some 30,000 patients by the autumn of 1941 in order to accommodate ethnic German settlers (Volksdeutsche) transferred there from the Baltic countries and other areas.

SS and police units also murdered disabled patients in mass shootings and gas vans in occupied Soviet territories. Thousands more died, murdered in their beds and wards by SS and auxiliary police units in Poland and the Soviet Union. These murders lacked the ideological component attributed to the centralized Euthanasia Program. The SS was apparently motivated primarily by economic and material concerns in killing institutionalized patients in occupied Poland and the Soviet Union.

The SS and the Wehrmacht quickly made use of the hospitals emptied in these killing operations as barracks, reserve hospitals, and munitions storage depots. In rare cases, the SS used the empty facilities as a formal T4 killing site. An example is the euthanasia facility Tiegenhof, near Gnesen (today Gniezno, in west-central Poland).

The EuthanasiavProgram represented in many ways a rehearsal for Nazi Germany's subsequent genocidal policies. The Nazi leadership extended the ideological justification conceived by medical perpetrators for the destruction of the "unfit" to other categories of perceived biological enemies, most notably to Jews and Roma (Gypsies).

Planners of the "Final Solution" later borrowed the gas chamber and accompanying crematoria, specifically designed for the T4 campaign, to murder Jews in German-occupied Europe. T4 personnel who had shown themselves reliable in this first mass murder program figured prominently among the German staff stationed at the Operation Reinhard killing centers of Belzec, Sobibor, and Treblinka.

Like those who planned the physical annihilation of the European Jews, the planners of the Euthanasia Program imagined a racially pure and productive society. They embraced radical strategies to eliminate those who did not fit within their vision.

Propaganda for the Euthanasia Program

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Euthanasia Program | The Holocaust Encyclopedia

Ascension | Christianity | Britannica.com

Ascension, in Christian belief, the ascent of Jesus Christ into heaven on the 40th day after his Resurrection (Easter being reckoned as the first day). According to the first chapter of The Acts of the Apostles, after appearing to the Apostles on various occasions during a period of 40 days, Jesus was taken up in their presence and was then hidden from them by a cloud, a frequent biblical image signifying the presence of God. Although belief in the Ascension is apparent in other books of the New Testament, the emphasis and the imagery differ. In The Gospel According to John, the glorification described by the Ascension story seems to have taken place immediately after the Resurrection. The imagery of the account in The Gospel According to Luke is similar to that of Acts, but there is no mention of a period of 40 days.

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church year: Ascension

At first the church commemorated the Ascension (from the Latin ascensio, ascent) of Christ into heaven, after his Resurrection (Luke 24:5051; Acts 1:111), as part of the total victory of Christ celebrated from Easter to Pentecost. A special feast of the Ascension is not

The meaning of the Ascension for Christians is derived from their belief in the glorification and exaltation of Jesus following his death and Resurrection, as well as from the theme of his return to the Father. Thus, The Gospel According to John uses both the sayings of Jesus and his post-Resurrection appearances to indicate a new relationship between Jesus and his Father and between him and his followers, rather than a simple physical relocation from earth to heaven.

The Ascension of Jesus is mentioned in the Apostles Creed, a profession of faith used for baptism in the early church. The feast of the Ascension ranks with Christmas, Easter, and Pentecost in the universality of its observance among Christians. The feast has been celebrated 40 days after Easter in both Eastern and Western Christianity since the 4th century. Prior to that time, the Ascension was commemorated as a part of the celebration of the descent of the Holy Spirit at Pentecost.

A distinctive feature of the feasts liturgy in the Western churches is the extinguishing of the Paschal candle, first lit on Easter, after the Gospel has been read, as a symbol of Christs leaving the earth. Despite the idea of separation indicated in this act, which might be expected to set a note of sadness, the whole liturgy of Ascensiontide, through the 10 days to Pentecost, is marked by joy in the final triumph of the risen Lord. One of the central themes of the feast is the kingship of Christ, and the theological implication is that the Ascension was the final redemptive act conferring participation in the divine life on all who are members of Christ. In other words, Christ was lifted up into heaven so that he might make us partakers of his Godhead.

In the European Middle Ages the peoples delight in the visual and dramatic found an outlet in various ritual practices that came to be associated with the feast. Popular customs included a procession in imitation of Christs journey with his Apostles to the Mount of Olives, as well as the raising of a crucifix or a statue of the risen Christ through an opening in the church roof.

In Christian art the Ascension is an old theme, appearing since the 5th century. The earliest version of the Ascension, which persisted in the West until the 11th century, shows Christ from the side, climbing to the top of the hill and grasping the hand of God, which emerges from a cloud above to pull him into heaven. The Apostles, assembled below, watch the event.

In the 6th century a different version of the Ascension was developed in Syria and was later adopted in Byzantine art. This version emphasizes Christs divinity, showing him frontally, standing immobile in a mandorla, or almond-shaped aureole, elevated above the earth and supported by angels. He holds a scroll and makes a gesture of benediction. A curious detail of this version is the regular inclusion of the Virgin Mary, who is not mentioned in the biblical account of the event, and St. Paul, who, on historical grounds, was not present. The inclusion of these figures has not been adequately explained, but they may represent, with the figure of St. Peter, an allegory of the church that Christ leaves behind. This type of Ascension, which follows the Roman tradition of representing the apotheosis of an emperor, often figured prominently in the monumental decoration of Byzantine churches as the emblem of one of the principal church feast days. By the 11th century, the West had also adopted a frontal representation. In the Western version, however, the humanity of Christ is emphasized: he extends his hands on either side, showing his wounds. He is usually in a mandorla but is not always supported or even surrounded by angels; thus, he is no longer carried to heaven but ascends by his own power. In the 12th century this version of the Ascension had an especially prominent place in French Romanesque church decoration. The Ascension remained important as a devotional subject in the art of the Renaissance and Baroque periods, both of which retained the iconography of Christ displaying his wounds.

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Ascension | Christianity | Britannica.com