Category Archives: Futurism

During his campaign, now-President Donald Trump promised voters he would bring American jobs back from overseas. Now that he is in office, hisadministration has made job creation a central focus of its efforts.

But what if those jobs overseas cant come back to the United States because companies no longer need to hire humans to complete the tasks? How is the Trump administration gearing up to tackle the rise of automation?

Based on recent statements by Trumps TreasurySecretary, Steven Mnuchin, they arent planning to address it all. In a conversation with Axios co-founder Mike Allen, Mnuchin said that increased automation is not even on our radar screen as the problem is 50 to 100 more years away. He continued, saying, Im not worried at all. In fact, Im optimistic.

The administrations claims run counter to the mounting evidence that artificial intelligence (AI) and automation are a much more imminent threat to American workers.

Some reports predict that todays technology could automate 51 percent of economic activity. Such a shift has the potential to causeunprecedented levels of unemployment, puttingmillions of people out of work. Its not just blue-collar jobsthat are at risk, either. Another report expects that850,000 public sector jobs could be taken over by automation in the United Kingdom by 2030, a trend likely to carry over into the U.S.

According to Mark Muro of the MIT Technology Review,jobs that went overseas arent going to be coming back to the U.S. Trump can propose policies to make it more beneficial for companies to bring their operations back to the country, but theres nothing to stop them from replacing American workers with machines should the financial implications of doing so continue to become more attractive.

As Muro said, No one should be under the illusion that millions of manufacturing jobs are coming back to America.

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Trump's Treasury Secretary Says Increased Automation Is "Not Even ... - Futurism

In Brief The XB-1 will be the first independently-developed supersonic jet, and the fastest civil airplane ever made. $33 Million Baby Boom

Right now, the fastest nonstop flight from Los Angeles to Sydney is 15 hours. The Boom Supersonics XB-1 aims to make it in a little over6 hours and its coming soon. Also called the baby boom, the XB-1 will be worlds fastest and highest-flying jet. Once its in the air, same-day returns on around 500 routes worldwide will be a reality.

Boom just received $33 million in Series A funding from a group which includes The Spaceship Company of Virgin Galactic. This brings its grand total in raised funds to $41 million, enough to finish and test the jet. With a building cost of $329 million, Boom will be recouping some of the costs with expensive tickets: about $6,600 for oneof its 45 seats.

With the possibility of flying from San Francisco to Tokyo in only 5hours or New York to London in only 3 hours and 15 minutes as soon as 2020,it seems likely those 45 seats will go fast.

According to its parent, Boom, the XB-1 will be the first independently-developed supersonic jet, and the fastest civil airplane ever made. At 1,451 miles per hour, it will travel 10 percent faster than the Concorde did. It will also fly higher, at around 60,000 feet. This will give passengers a smoother, quieter ride. Every passenger also gets their way on the Baby Boom, because its two single-seat rows makeseach seat both window and aisle.

All the additions are nice, but frankly, they had us at same-day returns and 6 hours instead of 15.

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The World's Fastest Jet Will Fly You From LA To Sydney in 6 Hours - Futurism

Long ago, physicists identifiedand categorized the components of the visible universe. Up until recently, 16particles formed everything in the known universe. But now, thanks to the efforts of physicistsat CERN working with the Large Hadron Collider (LHC), we have added another particle, the Higgs boson, to the StandardModel of physics.

However, there is an entire hidden or dark aspect of physics and our natural world for which the Standard Model just cant account, even with the Higgs boson. To put it plainly, all of the matter that is visible is not enough for the universe to behave as it does.

There has to be some kind of invisible matter and energy making all of what we can seepossible. To account for this mystery, scientists theorized that there must beDark Matter and Dark Energy. These would be made up of a completely different set of particles that we have yet to discover, probably because we simply do not know how to study them.

A new study by researchers from the Institute of Basic Science (IBS) in South Korea suggests that we have found the way to bridge the gap between the visible world and the dark sector of physics portals.

Now, when you hear of portals, you likely think of some science fiction adventure or debates on whether the cake is a lie, but were not talking about those kinds of portals. These portals would exist in the quantum realm, the scale of which is nearly incomprehensiblysmall.

These portals have been dubbed dark axion portals, based on the two hypothetical dark sector particles scientists have already postulated the axion and the dark photon. An axion is a theoretical particle thought to be very light, much lighter than an electron, that theoretical physicists believe could solve some mathematical problems with the standard model. Dark photonsaretheoretically like photons that make up visible light, exceptthat we cannot easily interact with or detect them.

The communication between the visible and the dark particles would be facilitated by heavy quarks (one of the quantum particles in the Standard Model) also having a dark charge. Having such a charge would allow the quark to couple to dark photons, thus bridging the gap between the two worlds.

The dark axion portal suggests the first meaningful connection between the two physics, which have been studied separately: it connects the dots, lead researcher LEE Hye-Sung said in an IBS press release.This will allow reinterpretation of the previous data, and potentially make a breakthrough in the axion and dark photon searches.

The team is now working on proposing experiments that would use these portals toactually decipher, once and for all, if axions and dark photons really do exist.

We may never know all there is to know about the universe, but we are definitely working to close that gap.

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Researchers Think Portals May Link Our Visible World With The ... - Futurism

Synlight is the largest collection of film projector spotlights ever assembled in one room, and scientists in Germany are turningthem all on at once in the pursuit ofefficient and renewable energy.

Thisexperiment involving the worlds largest artificial sun is taking place in Jlich, a town located 30 kilometers (19 miles) west of Cologne, and it was designed by scientists from theGerman Aerospace Center (DLR). The device features149 industrial-grade film projector spotlights, and each one boasts roughly 4,000 times the wattage of the average light bulb.

When this artificial sun is turned on, it generates light thats 10,000 times as intense as natural sunlight on Earth. Swiveling the lamps and concentrating them on one spot can produce temperatures of around 3,500 degrees Celsius (6,332 degrees Fahrenheit), which is three times as hot as the heat generated by a blast furnace.

Every day, a huge amount of energy hits the Earth in the form of light from our Sun. While we do already have waysto harness the Suns energy, such as through solar panels, much of it still remains untapped. Scientists hope their experiments with Synlight will illuminate ways to tap into that wasted energy.

The experiment is not without its risks and costs, however. If you went in the room when it was switched on, youd burn directly, Bernard Hoffschmidtfrom the DLR told The Guardian. To avoid that, the experiment will take place inside a protective radiation chamber. This artificial sun consumes a vast amount of energy when powered up, as well a four-hour operation eats up as much electricity as a four-person household would use in a year so it is expensive.

This will all be worthwhile, however, if the Synlight experiment leads to more efficient and cleaner energy for the future.The first goal is to determine the optimal setup needed to use sunlight to power a reaction that produces hydrogen fuel a potential clean fuel source for cars and airplanes. Wed need billions of tonnes of hydrogen if we wanted to drive [airplanes] and cars on CO2-free fuel, Hoffschmidt explained. Climate change is speeding up so we need to speed up innovation.

In the future, the facility may be used to test the durability of space travel parts when blasted by solar radiation, so not only could Synlight help us deal with our energy crisis here on Earth, it could help us explore worlds far beyond our own, too.

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The World's Largest Artificial Sun Is Powering up in Germany - Futurism

Whether or not you know what blockchain is, you have probably heard of the seemingly mysterious cryptocurrency Bitcoin. Bitcoin and its underlying blockchain network are quietly making headlines around the globe. The recent success of Bitcoin and thesecurity of blockchainmay have some consumers considering an investment in the new denomination, but others are still wary. Newly released data further legitimizing the currency could be just the thing to push the undecided into the realm ofBitcoin proponents, however.

In 2008, Bitcoin was introduced by an anonymous group of programmers under the name of Satoshi Nakamoto, and then itwas released to the public as an open-source software in 2009. Unlike other online payment services like PayPaland Venmo, Bitcoin is a peer-to-peer network that takes place privately between two users there is no intermediary involved. The virtual currency is completely decentralized from any external influence, and all transactions are accounted for through a blockchain ledger.

While Bitcoin is thoroughly anonymous, all transactions on the blockchain ledger are available publicly. Using the time and date of a particular transaction, individuals could potentiallymatch someones online address to their identity. However,all transactions made through Bitcoin are encrypted with military-grade cryptography, ensuring that the deals are secure.

Sending and receiving bitcoins is already as easy as sending an email, and its poised to get even easierthanksto BitPay.

Bitpay is a payment processing service that allows users to spend bitcoins within a largernetwork of merchants. With Bitcoins unexpected rate of growth leading to longer delays in transactions and higher fees, Bitpay developers were pushed to accommodate the sudden popularity of Bitcoin.

This friction is making us get more creative in how we do user experience design for delayed payment states on the BitPay platform, co-founderStephen Pairexplained at theDistributed: Markets 2017conference.Our designers and engineers are constantly attuned to how we can make using Bitcoin intuitive, he added.

The frequent updates appear to be paying off as the company recently released a series of charts revealing a positive trend in Bitcoin usage. The data shows a significant increase in the number of Bitcoin payments being processed daily and in the value of the payments being processed.

Experts attribute this to the wealth effect. Essentially, people who bought Bitcoin when it was significantly cheaper want to spend it now that the value is high. The trend also affects what people are buying with bitcoins.Bitpay merchantCheapAir, a site that sells plane tickets, hotel reservations, and car rentals, has noticed a higher upper limit in the spending of their Bitcoin customers.

With bitcoin we tend to generate more sales in premium cabins like business class or first class, CheapAir founder Jeff Klee told Quartz. Certainly the average spend for the bitcoin customer is higher than a non-bitcoin customer.

This increased movement of bitcoins from consumers to companies highlights an important moment in the history of the cryptocurrency. While people initially saw bitcoinsas something they could hoard, theyre now seeing them as something to spend.Bitcoin [is being used] as a store of value, as a currency hedge, and as a payment method for economies without widespread credit card or banking access, James Walpole, BitPays marketing manager, told Quartz.

If these trends continue, the increased acceptance of the cryptocurrency as an alternative payment method might be enough to push it all the way into the mainstream.

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All the Evidence You Need That Bitcoin Is Turning Into a Real Currency - Futurism

Everyone is waiting for Teslas Model 3, and it seems that some amazing progress is being made at the company. This morning, Elon Musk tweeted out a video showing the first drive of a release candidate version of Model 3.

But dont gettooexcited. As we previously reported, Tesla is gunning to release the vehicle this year, but it should be noted that the company has a long history of product delays, which means there could be a chance that the release will be pushed back. Nevertheless, Musk has gone on record as saying that the Model 3 requires a simpler manufacturing process, which should make it easier to ensure quality control for its production.

You can see it in action in the video below:

This tweet prompted a slew of questions from Musks followers, which resulted in some important clarifications from the Tesla CEO. Musk asserted that the more affordable $35,000 Model 3 isnt the next version of a Tesla. People refer to it like iPhone 2 vs 3; however, Musk says, this is not true.

The Model 3, according to Musk, is actually just a smaller, more affordable version of the $70k Model S, with less range, power, and fewer features. This sounds like a bit of a letdown, but it really isnt. Notably, the affordability is key to the whole project, as it means making renewable energy available to the massesnot just the wealthy elite.

The more advanced Model S, says Musk, will always be the fastest Tesla until next gen Roadster, which is a few years away.

Musk also said that the Model 3 will have the option for dual engines, but customers will have to wait about 6-9 months. With this timeline, Tesla can minimize configuration complexity to keep the production ramp on schedule.

While Tesla had some major setbacks last year, the company has since improved their Autopilot software system, hitting a 40 percent reduction in crashes. But Musk wants to push these advancements even further. As Tesla works on achieving Level 4 automationtruly autonomous carsthe company will continually improve on the Autopilot system, and Musk has set a goal of a staggering 90 percent reduction in crashes by the time the software fully matures.

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Elon Musk Just Unveiled The First Release Candidate Version of The Model 3 - Futurism

Vast areas of beautiful Alaskan land are reserved as arefuge for the stateswide variety of wildlife. Over 77 million acres is set aside for animals of all shapes, sizes, and dietary practices. Since the summer of 2016, the predators who roam these protected lands were afforded additional protection from regulations passed by the Obama administration. This protection, enacted by the U.S. Fish and Wildlife Service, implemented heavy regulations on hunting practices that could be used on the land. However, that has all ended

On Tuesday, the Senate approved a repeal of that ruling. And, once this bill is signed into law, aggressivehunting practices like shooting animals from airplanes, killing animals and theiroffspring in their dens (even while hibernating or asleep), and using traps that can leave animals in pain for long stretches of time before the trap setters come back to check them will all be legal. Former U.S. Fish and Wildlife director Dan Ashe previously called such practices wholly at odds with Americas long tradition of ethical, sportsmanlike, fair-chase hunting.

Proponents of the repeal say that its a states rights issue. However, an Alaskan senator, Lisa Murkowski, said that the rule is bad for Alaska, bad for hunters, bad for our native peoples, bad for America.

Wildlife advocates, such as Brett Hartl, government affairs director at the Center for Biological Diversity, oppose the rule change in the strongest terms. Killing wolves and bears in this cruel, unsportsmanlike fashion is outrageous, especially in national wildlife refuges that belong to all Americans. Repealing these protections also undermines the critical role predators play in healthy ecosystems.

Hartl went on to say that Senate Republicans have shown just how mean-spirited and petty they are with todays vote.

Jeff Flocken, the regional director for the North American branch of the International Fund for Animal Welfare, focused on the level of cruelty of the proposed methods. This lethal legislation will permit the use of barbaric devices like leg-hold traps, which can leave animals struggling and suffering for days, and neck snares that slowly strangle entangled wildlife.

The bill has previously passed in the House of Representatives and now only needs to be signed by Trump in order to become law.

Link:
The Senate Just Repealed a Ban on Aggressive Hunting on Wildlife Refuges - Futurism

This Is Not It

Today, President Trump signed legislationS.442, giving NASA more than $19.5 billion in funding as well as an ultimatum get to Mars by 2033. Notably,NASA isnt going to be dealing with the same cuts as other science and medical agencies (they areset to lose enormous portions of their budget).

This prompted Recode co-founder Kara Swisher to enthusiastically tweet at Musk, Somewhere is smiling. Musk, however, seemed anything but happy at the claim, responding: I am not. This bill changes almost nothing about what NASA is doing. Existing programs stay in place and there is no added funding for Mars.

He continued, Perhaps there will be some future bill that makes a difference for Mars, but this is not it.

Other experts tend to agree with this assesmentthat this budget is not a great leap forward, but maintaining the status quo. I think its really more of a vote for stability, notesScott Pace, who is the director of the Space Policy Institute at George Washington University.

On the surface, this bill may seem promising. Trump has expressed support for a crewed exploration of Mars, and in his inauguration speech he said hes ready to unlock the mysteries of space. The 146-page legislation document calls forseveral missionsin addition to the following:

However, in addition to not securing added funds for Mars, the Trump administration recently cameunder fire about the ways in which new budgets cut NASAs Earth Science funds. According to

According to Business Insider, if enacted, that budget would cut several major space agency initiatives, including the Office of Education, and seeks to terminate the Plankton, Aerosol, Cloud, ocean Ecosystem (PACE), Orbital Carbon Observatory-3 (OCO-3), Deep Space Climate Observatory (DSCOVR), and CLARREO Pathfindermissions. Notably, all of these missions are directly related to Earth and its environment.

To this end, Muskwho is a strong advocate for the environment and renewable energyhas been taking some heat regarding his involvement with Trumps science advisory board. In a 2015 speech at the Sorbonne University, he urged students to talk to your politicians, ask them to enact a carbon tax and to fight the propaganda from the carbon industry.

And this was not his only call to action. At the end of the day, Musk is as much a proponent for the environment as he is for Mars. In a 2013 interview for USA Todays Innovators and Icons series, Musk stated that the current climate struggle is literally life or death: Were running the most dangerous experiment in history right now, which is to see how much carbon dioxide the atmosphere can handle before there is an environmental catastrophe.

It now seems that, despite Musks involvement with the Trump administration, even he cannot influence the White House in the ways hed likeand hes not happy.

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Elon Musk Is Not Smiling Over Trump's New NASA Budget - Futurism

Maybe the only way isnt up after all: newly released concept drawings by a Greek architect for a skyscraper in Manhattan bend more than just minds.

Accordingto architect Ioannis Oikonomou, New Yorks zoning laws are prompting developers to explore new ways to maximize a buildings height. To that end, his studio is exploring substituting height with length.

Apart from being a novel addition to Manhattans impressive skyline, the structure dubbed The Beg Bend could essentially become a viable architectural solution that addresses the height limitations of buildings in the city. It could even be an answer to the citys expensive housing givingthe building the prestige of a high-rise while maximizing the limited space.

In renderings, the building is shown to be a 4,000-foot-long, glass-lined tower. It will also come equipped with an elevator that can travel in curves, horizontally, and in continuous loops.

On the Oiio Studio website, the architects said

If we manage to bend our structure instead of bending the zoning rules of New York we would be able to create one of the most prestigious buildings in Manhattan. The longest building in the world.

Also, interestingly, ifyou were to stretch The Big Bend out vertically, it would be double the height of the tallest buildings today.

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New U-Shaped Skyscraper in NYC Could Become World's Longest ... - Futurism

A British school student recently contacted NASA to point out that there was an error in data recorded on the International Space Station (ISS), earning him thanks from the US space agency.

Miles Soloman, a 17-year-old student from Tapton School in Sheffield, was working on the TimPix project, which lets school students in the UK access data recorded by radiation detectors during British astronaut Tim Peakes six-month stay on the ISS.

Amongst other projects, Peake participated in a research program that aims to understand the impact of space radiation on humans. Radiation on the ISS is monitored with USB-shaped Timepix detectors, which are plugged into computers and regularly send data back to Earth.

Soloman and his fellow students were given these Timepix measurements in a giant pile of Excel spreadsheets, allowing them to practice data analysis on real-world scientific information.

When they sorted the data by energy levels, Soloman noticed something odd.

I went straight to the bottom of the list, and went to the lowest bits of energy there were, he told BBC Radio 4s World at One current affairs program.

I noticed that where we should have no energy, where there was no radiation, it was actually showing -1. The first thing I thought was Well you cant have negative energy, and then we realised that this was an error.

Soloman and his physics teacher James ONeill jumped into action and emailed NASA straight away.

As Soloman explained to BBC Radio, researchers at NASA responded that they were aware of the error, but thought it had only been happening once or twice a year. They were wrong.

What we actually found was that they were happening multiple times a day, says Soloman.

They thought they had corrected for this, said physicist Lawrence Pinsky from the University of Houston, who is involved with the TimPix project, and is a collaborator of the radiation monitoring project on ISS.

The problem is that some of the algorithms which converted the raw data were slightly off, and therefore when they did the conversion, they wound up with a negative number.

Prompted by BBCs World at One host Martha Kearney on whether such a revelation by a schoolboy was embarrassing, Pinsky answered that he didnt think so.

It was appreciated more so than being embarrassing,he said. The idea that students get involved at a real level means that theres an opportunity for them to find things like this.

The TimPix project is one of many initiatives organized by IRIS (the Institute for Research in Schools), a UK-based charitable trust that gives students and teachers opportunities to do actual scientific research at school.

IRIS has partnered with organizations such as CERN, NASA, Wellcome Trust, and the UK Royal Horticultural Society to bring real science projects into the classroom and get kids excited about pursuing careers in science.

Were also tapping into the potential of young minds and what they can do, said Solomans teacher ONeill. As far as Im concerned, the greatest research group we can form is our students around the country.

Apart from analysing radiation exposure on ISS, students have also been doing genetic research into cardiovascular disease, analysing the atmosphere of Mars, and taking part in the MoEDAL experiment at the Large Hadron Collider, looking for signs of a magnetic monopole.

Theres even a project in the works that will let kids build a replica of the Large Hadron Collider in Minecraft, working in collaboration with the particle physics team from the University of Oxford.

At least for Miles Soloman, IRIS has definitely given him inspiration to pursue more science, although he hastens to explain that he wasnt trying to outsmart NASA researchers when he pointed out the data error.

Im not trying to prove NASA wrong, Im not trying to say Im better, because obviously Im not theyre NASA, he said. I want to work with them and learn from them.

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A Teenager Just Delighted NASA By Pointing Out a Significant Error in Their Data - Futurism