HPE is teaming up with Steven Hawking’s research group to unlock the mysteries of space and time (HPE)

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Stephen Hawking

  • Hewlett-Packard Enterprise will supply the the University of Cambridge Mathematics department, Stephen Hawking’s Centre for Theoretical Cosmology (COSMOS), with its fancy new supercomputer called the HPE Superdome Flex.
  • The supercomputer will be joining other supercomputers in the COSMOS facility to study 14 billion years worth of data gathered by COSMOS to study the origins of the universe, the phenomenon of black holes and decipher the nature of space and time.


Hewlett-Packard Enterprise has a famous customer for its new flagship supercomputer: 
Stephen Hawking’s Centre for Theoretical Cosmology (COSMOS). The new computer will be helping Hawking’s institute unlock the mysteries of the universe, HPE says.

HPE’s new Superdome Flex is a different kind of computer that puts a mind-boggling amount of data into high-speed memory – it can hold up to 48 terabytes of data. Putting that information into memory, rather than keeping it in traditional storage systems, lets the machine crunch through the data with almost instantaneous speed. The Superdome Flex is a precursor to HPE’s "The Machine" which represents HPE’s ultimate vision for the future of computing.

The Machine will be able to handle 160 terabytes of data in memory. HPE is inventing all the pieces and parts to make that happen, from new forms of memory to new ways to connect the innards of a computer to the new software. The Machine is still just a prototype, but the insights HPE engineers have gleaned in developing it were used to construct the Superdome Flex, the company says. 

Steven Hawking SGI supercomputerCOSMOS has been using supercomputers in some for or another since 1997, so it’s not surprising that HPE is installing its latest, greatest supercomputer there. COSMOS is already using a previous HPE supercomputer and it has a supercomputer built by SGI, the high-performance computing company that HPE acquired in 2016. Plus, in 2014, COSMOS began using the largest shared-memory computer in Europe. That one used Intel chips.

In addition to unraveling the mysteries of the universe, HPE’s new in-memory computer will be used by other scientists at Cambridge, such as the "experimental biophysics" department, which is creating new ways to use light to study the development of embryos.

SEE ALSO: 50 startups that will boom in 2018, according to VCs

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NOW WATCH: This animation shows how terrifyingly powerful nuclear weapons have become

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With Google Maps APIs, Toyota Europe keeps teen drivers safe and sound

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Editor’s note: Today’s post is from Christophe Hardy, Toyota Motor Europe’s Manager of Social Business. He’ll explain how Toyota used Google Maps APIs to build an Android app to keep teen drivers safe.

It’s a milestone that teenagers celebrate and parents fear: getting that first driver’s license. For teens, a license means freedom and a gateway to adulthood. For parents, it means worrying about their kid’s safety, with no way to make sure they’re doing the right thing behind the wheel.

We know that the risk of motor vehicle crashes is higher among 16-19-year-olds than any other age group, and that speeding and using smartphones are two of the main causes. So as part of Toyota’s efforts to eliminate accidents and fatalities, we worked with Molamil and MapsPeople to build Safe and Sound, an Android app for European teen drivers. It takes a lighthearted but effective approach to help young drivers stay focused on speed limits and the rules of the road, not on their cellphones. And it can be used by anyone, not just Toyota owners.

One way Safe and Sound combats speeding and distracted driving is by using music. Before parents turn over their car keys, parents and teens download and run the app to set it up. The app syncs with Spotify, and uses the Google Maps Roads API to monitor a teen’s driving behavior. If Safe and Sound determines the teen is speeding, it’ll override the teen’s music with a Spotify playlist specifically chosen by the parent—and the teen can’t turn it off. As any parent knows, parents and kids don’t always agree on music. And there’s nothing less cool to a teen than being forced to listen to folk ballads or ‘70s soft rock. (The embarrassment doubles if their friends are in the car.) The parents’ playlist turns off and switches back to the teen’s only when the teen drives at the speed limit.

The app also helps prevent distracted driving. When it detects the car is moving above nine miles an hour, it switches on a “do not disturb” mode that blocks social media notifications, incoming and outgoing texts, and phone calls. If the teen touches the phone, the app will detect that too, and play the parents’ Spotify playlist until the teen removes his or her hand. At the end of the drive, Safe and Sound alerts parents to how many times their teen exceeded the speed limit or touched the phone. Parents can also tap a link in the app that displays the route the teen drove in Google Maps.

Google Maps provided us the ideal platform for building Safe and Sound. It has accurate, up-to-date and comprehensive map data, including road speed limits. The documentation is great, which made using the Google Maps Roads API simple. It also scales to handle millions of users, an important consideration as we roll out the app to more of Europe.

Safe and Sound is currently available in English throughout the continent, with a Spanish version launching soon in Spain, and a Dutch and French version coming to Belgium. And we’re looking to localize Safe and Sound into even more languages.

We hope Safe and Sound helps keep more teens safe, and brings more parents peace of mind. Plus, there’s never been a better use for that playlist of yacht rock classics.

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How 8 of the most successful couples in the world first met

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Warren Buffett & Astrid Menks

• Business Insider looked into how some of the most successful people out there met their spouses and partners.

• Several couples, like Jeff and MacKenzie Bezos and Bill and Melinda Gates, met at work.

• Others met at recreational events, like a charity poker tournament or a high school football game.


When Bill Gates first asked out his now-wife, Melinda, she said no.

When Lebron James first asked out his now-wife, Savannah, she had no idea who he was.

Warren Buffett’s first wife introduced him to his future second wife.

Take a look below at how eight hugely successful couples first met:

SEE ALSO: A look inside the marriage of world’s richest couple, Jeff and MacKenzie Bezos — who met at work, were engaged in 3 months, and own more land than almost anyone else in America

DON’T MISS: Inside billionaire Warren Buffett’s unconventional marriage, which included an open arrangement and 3-way Christmas cards

LeBron James and his future wife Savannah both grew up in Akron, Ohio and attended rival high schools. The couple first met at a high school football game.

She told Harper’s Bazaar she wasn’t aware of his growing star when she accepted his invitation to go check out one of his basketball games: "I had no idea who he was."

Source: Vogue, Harper’s Bazaar, Sports Illustrated, Business Insider

Microsoft CEO Bill Gates first asked Melinda, a newly hired product manager, out to dinner at a company picnic in 1987.

The only problem? He wanted to schedule the date two weeks in advance. She responded, "That’s not spontaneous enough for me," Fortune reported in 2015.

Later that evening, Gates called her up later that night with a wry question: "Is this spontaneous enough for you?" Turns out, it was.

Source: Fortune, Business InsiderBusiness Insider

 

Spanx founder Sara Blakely met her husband — Marquis Jets cofounder Jesse Itzler — at the 2006 Net Jet Annual Las Vegas Poker Tournament. One of her sales representatives wrangled her a seat at the main table with Itzler.

He told Success.com he was fascinated by her departure from the game: "Who goes to bed at 9:30 at night in Vegas? That intrigued me. And she loved to laugh, and that intrigued me, too."

Source: Business InsiderSuccess.com

See the rest of the story at Business Insider

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Bitcoin clears $10,000

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bitcoin

  • Bitcoin, the scorching-hot digital currency, cleared $10,000 per coin.
  • The digital currency, which many Wall Streeters have said is in a massive bubble, is up more than 875% this year. 

Bitcoin, the red-hot digital currency, has cleared $10,000 for the first time ever. 

The virtual currency, which has gripped the attention of Wall Street and Main Street, reached the much-anticipated threshold at around 1:26 p.m. ET, according to data from Markets Insider. It’s trading up 2.85% at $10,011 a coin. 

The currency was flirting with $10,000 throughout the trading day on Tuesday, and has been on a tear since the US Thanksgiving holiday. It’s up more than $2,000 since Thursday’s low of $7,979 per coin.

Bitcoin has been on a wild ride this year. In addition to rising nearly $9,000 since the beginning of the year, the cryptocurrency has withstood a number of splits in its blockchain, including one in August that resulted in the creation of clone coin bitcoin cash. Disagreements over how the coin should scale continue to divide power brokers in the bitcoin community.

Wall Streeters, including JPMorgan CEO Jamie Dimon, have derided the cryptocurrency as only useful for criminals. In September, Robert Shiller, one of the most renown economists in the world, said bitcoin was "the best example of a bubble."

Still, a number of Wall Street firms have warmed up to bitcoin. Most notably, CME and Cboe, two exchange giants for futures and derivatives, are set to roll out bitcoin futures. And a number of trading firms including Virtu, DRW, and B2C2 are set to provide liquidity for such markets.

As for the coin’s future, many think 2018 will be the year in which traditional financial-services firms pour into the market, which has been dominated mainly by smaller firms and scrappy traders.

"2018 is the year when things start moving with regards to institutions moving into the market and dominating it," Bartek Ringwelski, the US COO of bitFlyer, a Japan-based bitcoin exchange, told Business Insider.

Bitcoin

SEE ALSO: We just got a glimpse of how bitcoin futures will work

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NOW WATCH: Tesla’s biggest problem is one nobody saw coming

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A Hacker’s Best Friend – How to Avoid Cryptocurrency Fraud

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crypto hacking tradersdna

crypto hacking tradersdna

A hacker’s best friend – How to avoid Cryptocurrency fraud

As the crypto world explodes and some analysts predict will reach over USD one billion the challenges will keep on growing. Some of the issues are with cyber issues, starting with wallet security and hacking. Online crime will grow and in crypto world security will be a critical thing.

Bellow is a Guest post by Aziz Rahman, founder and award-winning business crime solicitor of Rahman Ravelli. The bellow article offers some powerful ideas how to deal with cryptocurrency fraud.

It was way back in 2009 that Dr Moores, former technology ambassador for the UK government and chair of the international e-Crime Congress expressed his disbelief at the number of ways criminals could use the anonymity of the internet to their advantage.

Today, with digital currencies becoming firmly established, we are still finding out.

The high-profile victims of the WannaCry ransomware attack included the NHS, Australian railways and a car plant in France. But this was just one way hackers have used Bitcoin and other digital currencies illicitly.

And innocent businesses can easily be affected.

Aziz Rahman, founder of award-winning business crime solicitors Rahman Ravelli explains what businesses can do to protect themselves from fraud in the age of Bitcoin.

What are digital currencies?

For some, digital currencies are a stroke of genius that will liberate businesses. For others, they are an instrument of evil that could harm those using them.

Here’s Eric Schmidt, the Executive Chairman of Google.

“Bitcoin is a remarkable cryptographic achievement. The ability to create something which is not duplicable in the digital world has enormous value. The Bitcoin architecture, literally the ability to having these ledgers that can’t be replicated is an amazing advancement.”

And here, by contrast, is JP Morgan’s boss, Jamie Dimon, who declared Bitcoin a “dangerous” fraud, fit only for use by drug dealers, murderers and people living in places such as North Korea.

“The currency isn’t going to work. You can’t have a business where people can invent a currency out of thin air and think that people who are buying it are really smart.”

Away from the hyperbole, digital currency can be defined as a type of currency that is non-physical. This means it is not represented by banknotes or coins. It also means that it can only be transmitted or exchanged by electronic means. Typically, it allows a high degree of anonymity, instantaneous transactions and borderless transfers of ownership.

Bitcoin stole a march on its competitors and now leads the digital currency pack by many virtual miles, yet others are establishing themselves. Some have received recognition for their more advanced features compared to Bitcoin. Others, such as Ethereum and Ripple, offer themselves specifically as enterprise solutions.

cryptocurrencies and frand and hacking

cryptocurrencies and frand and hacking

How does Bitcoin work?

Wallets

  • You install a Bitcoin wallet on your computer or mobile phone to generate a Bitcoin address. You can create more addresses whenever you need them.
  • By sharing your address, people and organisations can pay into it, and you can pay into theirs.
  • A Bitcoin address should only be used once.

The blockchain

  • The Bitcoin network relies on a shared public ledger called the block chain.
    This holds a decentralised record of all transactions which is updated and held by all users of the network.
  • It records all confirmed transactions and guarantees that each wallet has the required Bitcoins for a transaction.
  • Private keys

Bitcoin transactions from one wallet to another pass through a private key.
This authorises and signs the transaction, using mathematical proof, to confirm its validity and to ensure it cannot be changed.

Mining

All transactions are confirmed by the network in the following 10 minutes, through a process called mining.
This prevents transactions being altered in any way.
Why do hackers love Bitcoin?

The reason hackers love Bitcoin is not primarily due to any security flaws inherent in the system. It is the anonymity that it offers that makes it so attractive.

Bitcoin’s decentralised technology allows secure payments and storage of money that doesn’t require banks or people’s names. In the wrong hands, this can make it an ideal tool for making transactions that are deliberately hard to trace.

How to protect your business from Bitcoin fraud

At present, security in the world of digital currencies is still very much in its infancy. It may be tempting for businesses to stay well away from this area until things improve. But with the proper measures in place, Bitcoin has serious potential to revolutionise industries around the world.

Lee Murphy, owner of accountancy software Pandle, feels the benefits of Bitcoin for businesses are huge:

“Moving forward, I believe Bitcoin will be a useful tool for businesses, especially in terms of payments between companies internationally. For example, the movement toward cryptocurrency means having to deal less and less with fluctuations in exchange rates across markets.”

At the lowest level, malicious types will always find a way to trick unsuspecting victims, and with digital currencies it is often a case of new tools but old tricks. Common Bitcoin scams may well look familiar to you. They include:

Malware downloads and phishing
Bitcoin pyramid schemes
Bitcoin investment schemes
Fake exchange scams

For Bitcoins owned by businesses, multi-signature wallets are a fantastic method of protection from hackers; requiring two separate authorisations from two separate parties before any Bitcoins are released. While the first party would be the business in question, the second party would be a service that screens the transaction for fraud, making multiset accounts significantly more difficult to steal from.

For these kinds of cons, the first line of defence will always be security systems. Regularly updated protection is the best preventative measure against hackers and viruses. In addition, thorough staff training and awareness will ensure that anything that slips through the net is caught sooner rather than later.

 

The post A Hacker’s Best Friend – How to Avoid Cryptocurrency Fraud appeared first on tradersdna – resources for traders/investors for Forex, Stocks, Commodities, Bitcoin, Blockchain, Fintech and Forum.

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The CIO of a crypto hedge fund explains the value in cryptocurrency — and why the market will explode over the next 2 years

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Ari Paul, CIO of cryptocurrency hedge fund BlockTower Capitaltalks with Business Insider executive editor Sara Silverstein about the value in cryptocurrency and where he thinks the market is headed in the next two years. Following is a transcript of the video. 

Ari Paul: I’m Ari Paul, CIO of BlockTower Capital and this is why there’s value in cryptocurrency

Sara Silverstein: Why do you fundamentally believe that there is value in this cryptocurrency world?

Paul: So there are quite a few use cases. I think the biggest and clearest, and easiest to understand, is as a store of value that can’t be censored and is resistant to seizure. And so, the really clear example of demand for this, that I see, is the offshore banking system. Which is roughly 20 trillion dollars today. And it’s not just people trying to dodge taxes. Apple, Amazon, every billionaire on the planet, has wealth stored there. And firms like JPMorgan collect fees to offshore law abiding citizens’ wealth. And people want the store their wealth securely, in a way that no single judge could freeze all of their assets. Right? Amazon doesn’t want their entire global business operation to be shut down by one judge in Brussels. They want to be able to go through a lengthy appeals process and keep their business operating. So cryptocurrency performs that same task of the offshore banking, of keeping wealth secure an order of magnitude better. So we see massive real fundamental demand for this use case.

Silverstein: And what other financial assets make sense to be on a decentralized database or why would they?

Paul: Yes, there’s a huge distinction between the money use case, store of value, and the blockchain use case, for other assets. And I think it’s useful to kind of separate those. So a blockchain makes a ton of sense to record in real-time legal title. So I was a treasury bond trader, for example, and an example in finance, that anyone who’s traded treasuries is familiar with, is: failure to deliver. So Goldman Sachs will sell a bond to Credit Suisse, who borrows it from JP Morgan, and the same bond, in a day, might trade across 12 banks. And if one back office fails, they fail to make delivery of that bond, you get what’s called a cascading failure to deliver. Because no one knows who actually owns the bond. And that can take weeks to fix. So imagine if you just have a shared database, a database that each of those banks held, that was kept accurate in real time,  and that no one could maliciously change or manipulate. You would know who owns what bonds and you might be able to eliminate half of the existing back offices in big banks. So a massive cost savings.

Silverstein: So you believe in the blockchain as having a value in the future for us? How does that translate into value for cryptocurrency?

Paul: So, yeah. I think a really useful idea — a blockchain is just a type of database. It’s a distributed ledger that in some use cases, like for a banking back office, is kind of like a database upgrade. So massive improvements in efficiency, but probably not that transformative or disruptive. When you take a blockchain and you make it public and decentralized, and then you add money to that — you add a cryptocurrency — then you’re looking at something that is that first use case, that offshore banking system, that I think is fundamentally disruptive. And disruptive financially, economically, and even potentially politically.

Silverstein: Do you see any institutional money in cryptocurrency right now, and is that going to be a huge lever for these values to all skyrocket?

Paul: Absolutely, so we’ve seen this really clear path of adoption. The earliest adopters were engineers, self-described cypherpunks. Then you had a wave of kind of Silicon Valley tech elites, people who would have a successful exit, who had a high risk tolerance, and who liked taking risk on new technology. Then you had kind of an early wave of maybe people like myself with a little more of a Wall Street background, as well as high net worth individuals, who are a little bit risk-tolerant. What we’re seeing right now is a shift from small family offices to big. Venture capital firms are basically all in. So most of the famous venture capital firms, not only have they been in the space for a few years, they’re now directly investing in new cryptocurrencies. And of the ten largest family offices in the country at least seven of them on cryptocurrency. Maybe more, but seven I’m sure of. So the next wave is — in kind of the institutionalization of the space — is we’re having the CME futures that are likely to launch next month. There’s a huge number of entrants who want to invest in cryptocurrency, but can’t. For security reasons, operational reasons, regulatory, but they can easily buy a future, that’s on the CME. So that opens the door to groups like endowments and pensions. So far, endowments and pensions own zero cryptocurrency. You have an asset that has been the highest returning asset class over the last eight years and it’s uncorrelated to everything else. And while there’s certainly debate over the future prospects, it lines up as the holy grail for a portfolio. In the sense that, if you size it appropriately, if you size it small, the risks are idiosyncratic. It actually reduces the risk of a portfolio. So endowments and pensions, as they get comfortable with the space, in all aspects regulatory, compliance, as well as underwriting investment risk. They’re going to get in. And that’s a massive wall of money coming in to a relatively small asset class.

Silverstein: And what do you think the timeline is for that?

Paul: I think the first endowment is probably going to write a check in the next few months, a small check. Endowments won’t be in size for probably six months and not in size by — from their perspective for probably 12 months. Pensions are probably 18 months away and the key — the reason given those dates is having third-party custody, that is a legal qualified custodian, is a huge hurdle particularly for pensions. You have issues like ERISA, that are actual fiduciary challenges. And having a third-party qualified custodian, for many crypto assets, is probably something like 12 months away, maybe 18 months away.

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Senators introduce bill to criminalize revenge porn

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Senators have introduced a bill today which, if passed, would establish federal criminal liability for those sharing revenge porn. The bill, Ending Nonconsensual Online User Graphic Harassment (ENOUGH) Act of 2017, will address what Congressperson Jackie Speier calls a "gaping hole in our legal system".

The issue of revenge porn has gained increasing prominence in recent times, thanks largely to the number of high-profile cases on social media. Earlier this year, for example, Rob Kardashian posted explicit photos of his ex-girlfriend Blac Chyna on Twitter. While Twitter removed the offending tweets, it chose to leave his account active, blithely noting that it doesn’t "comment on individual accounts for privacy and security reasons."

The ENOUGH Act follows a number of unsuccessful attempts to take a hard stance against revenge porn. Rep. Speier introduced a version of the bill, the Intimate Privacy Protection Act of 2016, in the 114th Congress, but it only made it as far as the House of Representatives. More recently, a number of representatives tried to criminalize revenge porn, along with swatting and doxxing, with the Online Safety Modernization Act of 2017.

The newly-proposed bill, which has bi-partisan support, has been backed by tech companies such as Facebook and Twitter, which updated its policy last month to state users can’t share "intimate photos or videos" of someone without their consent. Facebook has also taken a proactive stance on the matter, testing a set of tools designed to stop the spread of images once they’ve been reported.

However, it does seem that the ENOUGH Act places a degree of burden of proof on the victim. In order for a prosecution to take place, there would need to be proof that the offender knew the victim expected the image to remain private, and that sharing the image would harm the victim. Nonetheless, considering the UK criminalized the sharing of revenge porn two years ago, the ENOUGH Act represents long overdue action on a distressing matter that affects one in 25 people in the US. Providing, of course, that it passes.

Via: TechCrunch

Source: Senate

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Disturbing Footage Shows Thieves Hack Into Mercedes-Benz Keyless Entry In Under 60 Seconds

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hacking mercedes keyless entry

West Midlands Police / YouTube

I’ve never been one to worry about thieves hacking into my car’s keyless entry and stealing it but that’s mostly because I drive pretty average vehicles. If I had a Mercedes-Benz coupe then I’d be a little more worried about the security of my car, and I’d have good reason to be concerned.

This footage shared on YouTube by the West Midlands Police shows two thieves hack into a Mercedes’ keyless entry and steal the vehicle in under 60 seconds. It’s pretty jarring to witness firsthand how quickly these shitheads can make off with your car:

For an explanation of how these thieves cracked the keyless entry so easily you can click here to visit Gizmodo.

I kept a car in NYC for about 6 years and never once worried about thieves stealing it. My peace of mind was mostly because it was an older car and not something that would be high on a list of target vehicles. But out of all my friends in New York with cars I’ve never heard from any of them that they’ve been worried about their cars getting stolen. Sure, cars get stolen in the U.S., but I’m still wondering if this is a European phenomenon.

A buddy of mine who lives in London had his Audi A4 stolen a few months ago after he didn’t use the car for like 5 days. He went to check on the vehicle and it was long gone. The police were never able to track it down. And here we see thieves in the UK stealing this Mercedes-Benz. Obviously, this is all anecdotal, but it definitely has me wondering if the car theft business is booming in Europe.

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Neil deGrasse Tyson Trolls Flat-Earthers So Hard With Fake Lunar Eclipse

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Earth

Shutterstock

Flat-Earthers are eagerly waiting for 61-year-old limousine driver “Mad” Mike Hughes to launch his homemade rocket made out of scrap metal and to finally disprove that the Earth is round. Hughes was supposed to launch his rocket with him in it to 1,800-feet-high into the sky above the Mojave Desert in California in an effort to prove the Earth is flat. Surprisingly, his motor home-slash-rocket-launcher broke down in the driveway and it will take at least until Tuesday for him to be cleared for launch. Until Mike is able to blast off in his homemade rocket to prove the Earth is flatter than Ivan Drago’s flat-top, flat-Earthers are still believing that the Earth is not round. In the meantime, Neil deGrasse Tyson is busy trolling flat-Earthers with fake photos of a lunar eclipse.

On Sunday, deGrasse Tyson posted an obviously fraudulent image of what a lunar eclipse would look like if the Earth was indeed a flat pancake planet. The famous astrophysicist ethered flat-Earth conspiracy theorists displaying what the shadow of a disc-shaped Earth would look like on the surface of the moon despite the Flat Earth theory being debunked for years now.

The American Museum of Natural History’s director of the Hayden Planetarium destroyed the stubborn individuals who still believe that the Earth is flat despite no documented case of any human being ever falling off the side of the alleged flat Earth. Other Twitter users piled on to dismantle the flat-Earth conspiracy.

Sorry Kyrie Irving, B.o.B., and Shaq.

[NYDN]

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Army Tests New ‘AI-Controlled-Exoskeleton’ Super-Soldier

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Lockheed Martin’s Fortis Knee Stress Release Device (K-SRD) – an AI controlled exoskeleton is designed to turn U.S. soldiers into super-machines. The Army is currently testing the technology at Fort A.P. Hill running it through normal tasks of combat infantry– in order to see if productivity increase.

The Fortis exoskeleton, which weighs 85-pounds, looks like a piece of tech from Iron Man’s suit, works with AI to analyze and replicate individual walk patterns, provide additional torque, and add more power to combat infantry personnel. Attached to the exoskeleton are independent actuators, motors and lightweight conformal structures, powered by a 3-pound lithium ion battery that allows soldiers to complete tasks while expending less energy.

According to Scout.com,

It is built with a conformal upper structure that works on a belt attached to the waist.

 

The belt connects with flexible hip sensors throughout the systems. These sensors tell the computer where the soldier is in space along with the speed and velocity of the movements.

Keith Maxwell, senior program manager, exoskeleton technology, Lockheed Martin said, “we’ve had this on some of the Army’s elite forces, and they were able to run with high agility carrying full loads. We were showing a decrease in the metabolic cost of transport, the measure of how much energy is required to climb uphill.”

The technology is designed to help soldiers, run, maneuver, carry injured comrades and perform a wide range of combat tasks, while exerting minimal energy said Scout.com. Engineers report that AI systems working in sync with motors on the exoskeleton can reduce about nine percent energy per task.

The machine “knows what you are trying to do when you are trying to do it,” Maxwell said. 

Just yesterday, we explained how self-driving cars decide who lives and dies indicating AI is starting to have a much larger presence in human decision making.

A few weeks ago, we reported on Ford – wrapping its workers in exoskeleton suits (Non-AI) to improve worker productivity, as the company recognizes the ugly demographic shift in the western hemisphere will produce lower productivity. The push for the exoskeleton through corporations and government points to a transhumanist approach to evolve the human race through technology, with human-beings currently hitting physical and mental limitations.

You may not already know it, but the transhumanist agenda to condition the American people in the acceptance of merging humans and technology is well underway in the media.

A recent, independently-funded study from University of Michigan’s Human Neuromechanics Laboratory found the exoskeleton significantly improved mobility of the test subjects. International Business Times provides a brief overview of the study, 

four trained experts wore the Fortis exoskeleton and carried as much as 40 pounds (around 18kg) of weight on their backs while walking on a treadmill inclined at 15 degrees.

 

The subjects kept varying their speeds in order to demonstrate real-life situations, which could sometimes require troops to walk fast or run over rough terrains. They also performed the same physically-demanding task without any gear.

 

Ultimately, the results of the test showed significant differences between both scenarios. When wearing the exoskeleton, participants conserved energy and witnessed a significant reduction in exhaustion, while without it, they were quick to suffer from fatigue.

In a preview of things to come, Lockheed Martin’s AI controlled exoskeleton identifies the transhumanist trend of evolving the human race through technology. This is not science fiction, as  it’s already happening today in corporations and government who are actively testing wearable robots for practical applications. At first, it seemed great, using AI exoskeletons to improve productivity, but what happens when AI becomes self aware? We already seen this story before– just rewatch The Terminator.

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