Glimpse: Truly Useful Augmented Reality is Coming. We’re Not Ready.

Six years ago, Google ushered in the age of face computers with perhaps the coolest tech publicity stunt out there: a live stream of product engineers jumping out of a zeppelin and landing on the roof of a building. The crowd — ostensibly there to hear Google co-founder Sergey Brin speak — watched the whole thing from the divers’ perspective, live-streamed via the brand new Google Glass. The demo promised an era of geeks-gone-badass, stunts made more awesome with seamless sharing.

But the reality of face computers has been much more disappointing. Since that defining airdrop, we’ve seen the blindingly-bright future of augmented reality (AR) take the form of a wildly popular (for a second) Pokémon game, some truly ridiculous Snapchat camera glasses, and — not much else.

The lack of useful or even interesting applications for AR makes it clear that we’re still in the tech’s early days. That’s probably for the best, since we have no idea what role we want AR to play in our lives, or in the world at large.

Analog Boy, an episode of Glimpse, a new original sci-fi series from Futurism Studios (a division of Futurism LLC) and DUST, shows one potential version of a future world full of augmented reality wearables. Watch the episode below.

Before the technology truly becomes ubiquitous, we need to have a serious look at how we want to shape AR — and the ethical lines we don’t want it to cross. Right now, addressing these issues has been left to the tech companies who have been allowed to collect and use our personal data willy-nilly, with little input from the privacy-wary humans who would be using the tech in the real world.

Before the technology truly becomes ubiquitous, we need to have a serious conversation about how we want to shape AR — and the ethical lines we don’t want it to cross.

Now seems like a pretty good time to sort these things out. We are fast approaching the day in which recording technology, from cameras to microphones, can fit seamlessly into the kinds of objects we already use. Companies from Apple to Intel to Bose are already working on it. If they succeed, AR may integrate into our lives seemingly overnight, the way the iPhone did.

In truth, people are worried about face-mounted, AR-equipped computers not just because they’re new. AR, when it matures, will likely be able to do more than superimpose Pokémon onto park benches. Let’s say AR becomes standard issue within technology from Google, Facebook, or Amazon. Real-time information would highlight our environments, enabling us to learn so much more about the world around us. The technology could have some truly beneficial uses, such as assisting factory workers or others with hands-on jobs.

But there’s a dark side to it, too — bringing AR into a world dominated by tech companies that collect ever-growing amounts of our personal data means being comfortable with the fact that other people will be able to interact with us in new ways, probably without us ever knowing.

If people start walking around using sophisticated AR-enabled devices, paired with powerful facial recognition software, it’s easy to imagine how some creeps could covertly violate people’s privacy. Say you’re walking down the street. Someone with an AR-equipped phone or Google Glass would be able to, say, scan your face and find all your social media. This sort of technology could bring about a new era where it’s even easier to stalk or bully people online (not to mention generally icky).

People have been concerned about the privacy implications of AR since it first emerged. Back in 2014, at the height of Google Glass’s 15 minutes, market research firm Toluna surveyed how customers felt about the device. They found that 72 percent of Americans wouldn’t wear Glass due to privacy concerns.

72 percent of Americans wouldn’t wear Google Glass due to privacy concerns.

The thing that prevented Google Glass’ mainstream adoption? Its miniature spy camera. With Glass, you could simply turn your head, frame a shot with your eyes, and plink — the device could take a photo or a video. With a few tweaks to the software, your subject would never even know it happened. The current iteration (rebranded for industrial use) is a little better — it requires a voice command and a button press to record video, but that doesn’t demand the subject’s attention the way, say, sticking a camera lens in their face might.

Most of today’s augmented reality wearables are a lot less subtle than that. The hardware has simply not progressed as quickly as the software, so the devices are often clunky and unwieldy. Upside: it’s easier for a passerby to tell how they’re being used.

Companies like Google want AR features to be sleekly embedded in a pair of smart contact lenses (perhaps just to see if it can be done) but it will be many years, possibly decades, before this is possible. There are still major technical challenges to overcome, like figuring out how to power such a contact. And that doesn’t even address our own discomfort with the idea.

But the software is rapidly advancing even farther. For the first time, tech giants are testing the boundaries of AR in everyday gadgets instead of separate wearable gizmos. Take Google’s Lens, a camera tool that the company says “answer[s] all kinds of questions — especially when they’re difficult to describe in a search box, like ‘what type of dog is that?’ or ‘what’s that building called?’”

And that’s just the beginning of what AR could do for us. With sophisticated augmented reality, we’ll have new types of movies and games, but also a more streamlined experience going about our daily lives. Everything we need will be right in front of us.

We need ground rules for how to use augmented reality. Those could be hard rules like formal legislation and restriction (ban facial recognition software from any AR platform), or soft rules like social norms (basic decency and not using our newfound technological powers to exploit people.). If we don’t make them before they’re needed, we might find ourselves in a world where our already-scarce digital privacy goes away altogether.

As individuals, we don’t have much leverage over the tech companies pushing these gadgets. But we can push our leaders to address forward-looking concerns. Congress has recently held Facebook and Twitter accountable for their role in the 2016 presidential election. It’s not a stretch to think the companies that might be bringing AR into maturity might find themselves in a new age of intense scrutiny.

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Glimpse: Truly Useful Augmented Reality is Coming. We’re Not Ready.

Gene Therapy Could Become as Easy to Get as a Flu Shot

Tech Poor

Genetic engineering research is time-consuming and cost-prohibitive. If we want gene editing to help us all live longer, healthier lives, we need to streamline the process.

That’s Synthego’s stance, anyway.

The startup asserts that genetic engineering research is both time-consuming and cost-prohibitive, and it believes those characteristics are slowing down progress in the field. To address the issue, it sells engineered cells and CRISPR kits to researchers. This reportedly saves those researchers both time and money, and now, Synthego has an additional $110 million with which to further develop its technologies.

Stacks on Stacks

On Tuesday, Synthego announced it closed a $110 million investment round. Leading the investment was Founders Fund, a venture capital firm that was an early backer of SpaceX and Facebook. As you’d expect, the language of the announcement is a cross between medical terminology and the lingo of a Silicon Valley startup.

“This new funding allows us to expand our reach and build out our full stack platform capabilities at a perfect time,” said Synthego CEO Paul Dabrowski in a press release. “Biological medicines are on the cusp of a revolution with the coming curative cell and gene therapies, and we are proud to support this industry.” 

CRISPR for All

Helping scientists conduct gene editing research is just one part of the equation, though — Synthego is also very concerned about how the gene therapies developed today will affect the lives of people tomorrow.

“The headlines around genome editing make it sound simple, but the reality is that bringing laboratory discoveries to humans is a complex process requiring specialized expertise, reagents, and commitment,” Synthego advisory board member Matthew Porteus said in the release.

Synthego is hopeful that the technologies it develops now will help democratize access to those therapies. According to Dabrowski, “Our vision is a future where cell and gene therapies are ultimately as accessible as vaccines, so that everyone can benefit from next-generation cures.”

READ MORE: Synthego Raises $110 Million to Make Gene Editing Technologies More Accessible [TechCrunch]

More on gene therapy: The First “Cell-Free” CRISPR Tech Is Here to Personalize Cancer Treatment

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Gene Therapy Could Become as Easy to Get as a Flu Shot

Meet the Researchers Bringing Bizarre AI Creations to Life

It’s date night! Time to throw on your oversized graduation cap and ruffly shirt, spritz yourself with some of your new “Hivinga” perfume, and meet your better half for some sweet potato, beans, and brie pizza covered with “snipped caramel cheese.”

Wait, what? Things that don’t seem quite right here. Oh, right, that’s because all these date night tips came from a series of artificial intelligence algorithms custom-built to generate new clothing designs, pizza recipes, and perfumes.

Whatever bizarre (and, frankly, unappetizing) ideas the AI systems conjured were built by a group of MIT researchers and students called How to Generate (Almost) Anything. The team builds and trains algorithms that can tackle seemingly creative tasks to come up with brand new designs for each week’s theme. The researchers then build, bake, or stitch together whatever the AI system came up with. Their goal: these strange, unusable things will help the average person understand and appreciate what AI can do, and what it can’t yet.

“The larger goal of the project is to democratize AI for the public. Currently, the creative usage of AI is within the reach of AI practitioners,” computer scientist Pinar Yanardag, the MIT postdoctoral researcher who founded the group, told Futurism.

Most of the projects used machine learning algorithms that, upon being trained with thousands of examples of pizzas and perfume recipes, spat out unique creations that were sort of like the thing they were supposed to create, but just a little bit off. Often, the results were outlandish and alien. For instance, several pizzas called for fictional ingredients or skipped crucial steps in the baking process.

But two of the projects, the algorithms that designed dresses and graffiti, used a generative adversarial network (GAN), a type of algorithm used to create things that seem like the real deal. As a result, the fashionbot and graffitibot were a touch less goofy than all the others.

Image Credit: How to Generate (Almost) Anything

Granted, the algorithms could produce slightly less ridiculous results — like, for instance, pizza recipes that actually result in something edible. But that wasn’t what Yanardag and her team wanted to accomplish here. Their primary goal was to make something that would be fun and accessible for the average person to use.

Image Credit: How to Generate (Almost) Anything

Every week, the team releases a new video highlighting the algorithm they trained and what it came up with. They’re working on a user-friendly tool that would let people play around with the algorithm — no technical skills required — and generate their own versions of that week’s theme, whether it’s graffiti, pizza, perfume, or music. That tool is still a work in progress, but the group shares extra designs and recipes from their algorithms for people to try making at home.

Normally, bizarre AI creations are merely the stuff of twitter threads. By making the algorithmic output tangible, Yanardag hopes that people will develop a better grasp of machine learning’s capabilities. Advanced AI, Yanardag’s project suggests, can be used to help us in our creative endeavors, not simply replace us.

More on “creative” AI: Artificial Intelligence Is Making Video Game Levels So Good That Even Other AI Thinks They’re Man-Made

(10/17/2018, 3:15 PM) Editor’s note: a previous version of this article said that the group’s tool for letting the public generate their own AI creations was live. The article has been updated to reflect that the tool is a work in progress. For now, the group is sharing extra recipes and designs that their algorithm generated but they didn’t make in real life.

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Meet the Researchers Bringing Bizarre AI Creations to Life

Future Mars Colonists Could Fly Rockets They 3D Printed Right on the Red Planet

Rocket Launcher

If Elon Musk has his way, the first humans will arrive on Mars in 2024, bringing with them everything they’ll need for the mission — or at least everything they think they’ll need.

If these Mars colonists find themselves in need of a new piece of equipment while on the Red Planet, they’ll be out of luck. That makes the prospect of a round-trip mission scary and the idea of long-term colonization downright terrifying.

We’ve written about the startup Relativity Space before, but now it’s offering a potential solution to that supply conundrum: It proposes outfitting Mars colonists with sophisticated 3D printers that could churn out almost anything they could ever need — even an entire rocket.

Alum Network

Designing a 3D-printable rocket is one of Relativity Space’s first goals. To meet it, the company is using a technology called laser sintering, which forms powdered metal into complex shapes.

According to Business Insider, it’s also vastly simplifying its rocket design while a conventional rocket has about 100,000 moving parts, Relativity’s has only about 1,000.

Creating such a rocket is a major technical challenge, but Relativity has top-tier talent helping in the endeavor. Its co-founder and chief technology officer Jordan Noone previously worked at SpaceX and interned at Blue Origin, co-founder Tim Ellis was an engineer at Blue Origin, and advisor Tim Buzza was SpaceX’s fifth employee and an engineer for Virgin Orbit, Richard Branson’s rocket company.

Tech Deck

That said, designing a rocket astronauts could 3D print on Mars is still an enormous challenge. If Relativity’s project can make it off the ground, it’ll be an enormous boon to colonization efforts.

“I would love to launch our factory to Mars, and then figure out how to scale and sustain that society very quickly,” Ellis told Business Insider.

If successful, Relativity has the opportunity to make our off-world plans seem a little less scary.

READ MORE: Defectors From SpaceX and Blue Origin Are Developing a Remarkable Technology Called ‘Stargate’ to Help Colonize Other Planets [Business Insider]

More on settling Mars: Elon Musk’s Plans to Colonize Mars Overlook Some Major Hurdles

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Future Mars Colonists Could Fly Rockets They 3D Printed Right on the Red Planet

Elon Musk: First Boring Company Tunnel Will Open December 10

Wanna Go For a Ride?

Tesla might be hitting speed bump after speed bump in 2018, but work on CEO Elon Musk’s tunneling venture is closing in on a major milestone.

On Saturday, the Boring Company released new photos of its two-mile-long test tunnel in Hawthorne, CA, and the elevator shaft it is constructing at the tunnel’s midway point.

Two days later, Musk took to Twitter to deliver an update on the tunnel’s progress, tweeting that the “first tunnel is almost done” and that it’ll open December 10 with an “[o]pening event that night and free rides for the public next day.”

Image Credit: The Boring Company

Everyday I’m Tunneling

The test tunnel begins at a parking lot on the SpaceX grounds and runs west for two miles, following the course of 120th Street. The midpoint shaft, which the company calls O’Leary Station, will serve as a proof-of-concept for the elevators the company wants to use to lower people and vehicles into the tunnels.

As for the free rides Musk is offering to the public, details are sparse. Will people enter the tunnel at one end and ride a pod to the other? Enter at the midpoint shaft? Will the journey be round-trip or will riders need to battle the soul-crushing traffic on the surface to return to the starting point?

Image Credit: The Boring Company

Elon Time

Then there’s the question of whether the December 10 opening is even realistic.

Musk’s Twitter followers are more than aware of the CEO’s penchant for overpromising and underdelivering, but when one asked if the December 10 date was “real time or Elon time,” Musk doubled-down on the deadline: “I think real.”

At least we won’t have to wait too long to find out if he’s right.

READ MORE: Elon Musk Tweets That the Boring Company’s First Tunnel Is Set to Open December 10 [Business Insider]

More on the Boring Company: Elon Musk Is Digging a Tunnel in a Residential Garage and Nobody Knows Exactly Why

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Elon Musk: First Boring Company Tunnel Will Open December 10

Here Are the Jobs of the Future That Robots Won’t Be Able to Fill

Tomorrow’s Tasks

Robots are coming for our jobs. Well, some of our jobs, anyways.

While some experts focus on the occupations expected to fall to automation, IT firm Cognizant has identified 50 “jobs of the future” poised to thrive in the future. And now, you can keep an eye on these promising careers via the company’s job tracker.

Detective Work

Cognizant’s job tracker measures the change in demand for 50 jobs. It determines demand by looking at the number of posted job openings, data it draws from Burning Glass, an analytics company focused on the labor market.

Of the 50 jobs Cognizant tracks, 45 actually exist today, such as data scientist and aerospace engineer. The other five are “proxy” jobs, jobs that represent occupations the company expects will emerge in coming years.

To measure the demand growth for these proxy jobs, Cognizant determined which current jobs could evolve into its imagined ones. For example, it looks at today’s demand for actors, choreographers, and set designers when calculating the demand for the proxy job “augmented reality journey builder.”

Career Day

As far as trends in Cognizant’s jobs of the future, you’ll probably be pretty secure in your career if you know how to work with algorithms, automation, and AI. Healthcare, finance, and legal services seem like a safe bet, too, as do jobs in fitness and wellness.

Of course, even the most skilled robot can’t predict the future with 100 percent certainty (yet), but at least Cognizant’s job tracker can give us a general sense of what jobs might be in demand.

READ MORE: Jobs for Humans in the Robot Age [Axios]

More on automation: Here Are the States Where a Robot Is Most Likely to Steal Your Job

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Here Are the Jobs of the Future That Robots Won’t Be Able to Fill

Here Are the States Where a Robot Is Most Likely to Steal Your Job

Relocation Costs

Bad news for workers in the American South and Great Plains: A robot could likely come for your job.

A newly released study by fintech company Smart Asset found that those regions are the ones most likely to experience serious job losses due to automation. And, even more disheartening, they’re the ones that appear least prepared to take the hit.

Sad Math

Smart Asset based its finding on a combination of data from the Bureau of Labor Statistics and Oxford University research studies. The company first figured out how many people in each state work in certain occupations. Then, it estimated the probability that an automated system could replace those occupations.

The results: It determined that the 10 states where workers are most vulnerable to robo-replacement are Nevada, South Dakota, Wyoming, Louisiana, Montana, South Carolina, Mississippi, Florida, Texas, and Alabama.

Kicked While Down

The jobs that employ a lot of people and that are at a high risk of automation, according to the report: retail salespeople, cashiers, fast food cooks and servers. Those all happen to be traditionally low-skill jobs, meaning those workers might have a particularly tough time finding a new job if a robot steals theirs.

As a double-whammy, the states identified in the Smart Asset study also happen to already have some of the worst economies in the nation. If automation really does hit those states the hardest, the unemployment rates could skyrocket, making an already bad situation worse.

READ MORE: 10 States Where Robots Are More Likely to Steal Human Jobs [INSIDER]

More on automation: McKinsey Finds Automation Could Eradicate a Third of America’s Workforce by 2030

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Here Are the States Where a Robot Is Most Likely to Steal Your Job

Two Cryptocurrency Heavyweights Partner on a Dollar-Backed Stablecoin

Front and CENTRE

Two of the heaviest hitters in the cryptocurrency world just joined forces.

On Tuesday, crypto exchange Coinbase and global finance company Circle announced a new partnership they’re calling the CENTRE Consortium. The objective, according to a Coinbase blog post, is to encourage the adoption of crypto. To that end, Coinbase will now support USD Coin, Circle’s “stablecoin” — meaning it’s linked to the U.S. dollar.

Keep Calm

Stablecoins are “fundamentally different” from other cryptocurrencies, Coinbase argues in the blog post. While the value of a standard cryptocurrency such as bitcoin can fluctuate wildly, a stablecoin’s value is linked to that of a fiat currency.

In the case of USD Coin, one USD Coin will always be worth as much as one U.S. dollar. For every USD Coin in circulation, the CENTRE Consortium will keep one U.S. dollar in a reserve account subject to periodic public review.

“The advantage of a blockchain-based digital dollar like USDC is [it’s] easier to program with, to send quickly, to use in dApps, and to store locally than traditional bank account-based dollars,” Coinbase wrote. “That’s why we think of it as an important step towards a more open financial system.”

Team Players

As of Tuesday, Coinbase customers in all U.S. states except New York can buy and sell USD Coin through the exchange, while customers elsewhere around the world can trade the cryptocurrency with one another.

Of course, USD Coin is just one cryptocurrency and only time will tell whether it has the impact Coinbase and Circle hope it will. However, it is already gaining traction in the crypto realm — dozens of companies already supported Circle’s stablecoin, and now that Coinbase is on Team USD Coin, others could follow suit.

READ MORE: Cryptocurrency Giants Coinbase and Circle Form Joint Venture to Boost Adoption of Dollar-Backed Digital Coins [CNBC]

More on stablecoins: What’s a Stablecoin? The Most Stable Cryptocurrencies, Explained [Sponsored]

Disclaimer: The Futurism editorial staff do not have any have positions in any cryptocurrencies.

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Two Cryptocurrency Heavyweights Partner on a Dollar-Backed Stablecoin

This AI Lie Detector Flags Falsified Police Reports

Minority Report

Imagine this: You file a police report, but back at the station, they feed it into an algorithm — and it accuses you of lying, as though it had somehow looked inside your brain.

That might sound like science fiction, but Spain is currently rolling out a very similar program, called VeriPol, in many of its police stations. VeriPol’s creators say that when it flags a report as false, it turns out to be correct more than four-fifths of the time.

Lie Detector

VeriPol is the work of researchers at Cardiff University and Charles III University of Madrid.

In a paper published earlier this year in the journal Knowledge-Based Systems, they describe how they trained the lie detector with a data set of more than 1,000 robbery reports — including a number that police identified as false — to identify subtle signs that a report wasn’t true.

Thought Crime

In pilot studies in Murcia and Malaga, Quartz reported, further investigation showed that the algorithm was correct about 83 percent of the time that it suspected a report was false.

Still, the project raises uncomfortable questions about allowing algorithms to act as lie detectors. Fast Company reported earlier this year that authorities in the United States, Canada, and the European Union are testing a separate system called AVATAR that they want to use to collect biometric data about subjects at border crossings — and analyze it for signs that they’re not being truthful.

Maybe the real question isn’t whether the tech works, but whether we want to permit authorities to act upon what’s essentially a good — but not perfect — assumption that someone is lying.

READ MORE: Police Are Using Artificial Intelligence to Spot Written Lies [Quartz]

More on lie detectors: Stormy Daniels Took a Polygraph. What Do We Do With the Results?

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This AI Lie Detector Flags Falsified Police Reports

These Bacteria Digest Food Waste Into Biodegradable Plastic

Factory Farm

Plastics have revolutionized manufacturing, but they’re still terrible for the environment.

Manufacturing plastics is an energy-intensive slog that ends in mountains of toxic industrial waste and greenhouse gas emissions. And then the plastic itself that we use ends up sitting in a garbage heap for thousands of years before it biodegrades.

Scientists have spent years investigating ways to manufacture plastics without ruining the planet, and a Toronto biotech startup called Genecis says it’s found a good answer: factories where vats of bacteria digest food waste and use it to form biodegradable plastic in their tiny microbial guts.

One-Two Punch

The plastic-pooping bacteria stand to clean up several kinds of pollution while churning out usable materials, according to Genecis.

That’s because the microbes feed on waste food or other organic materials — waste that CBC reported gives off 20 percent of Canada’s methane emissions as it sits in landfills.

Then What?

The plastic that the little buggers produce isn’t anything new. It’s called PHA and it’s used in anything that needs to biodegrade quickly, like those self-dissolving stitches. What’s new here is that food waste is much cheaper than the raw materials that usually go into plastics, leading Genecis to suspect it can make the same plastics for 40 percent less cost.

There are a lot of buzzworthy new alternative materials out there, but with a clear environmental and financial benefit, it’s possible these little bacteria factories might be here to stay.

READ MORE: Greener coffee pods? Bacteria help turn food waste into compostable plastic [CBC]

More on cleaning up plastics: The EU Just Voted to Completely ban Single-Use Plastics

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These Bacteria Digest Food Waste Into Biodegradable Plastic

You Can Now Preorder a $150,000 Hoverbike

Please, Santa?

It’s never too early to start writing your Christmas wish list, right? Because we know what’s now at the top of ours: a hoverbike.

We’ve had our eyes on Hoversurf’s Scorpion-3 since early last year — but now, the Russian drone start-up is accepting preorders on an updated version of the vehicle.

Flying Bike

The S3 2019 is part motorcycle and part quadcopter. According to the Hoversurf website, the battery-powered vehicle weighs 253 pounds and has a flight time of 10 to 25 minutes depending on operator weight. Its maximum legal speed is 60 mph — though as for how fast the craft can actually move, that’s unknown. Hoversurf also notes that the vehicle’s “safe flight altitude” is 16 feet, but again, we aren’t sure how high it can actually soar.

What we do know: The four blades that provide S3 with its lift spin at shin level, and while this certainly looks like it would be a safety hazard, the U.S. Department of Transportation’s Federal Aviation Administration approved the craft for legal use as an ultralight vehicle in September.

That means you can only operate an S3 for recreational or sports purposes — but you can’t cruise to work on your morning commute.

Plummeting Bank Account

You don’t need a pilot’s license to operate an S3, but you will need a decent amount of disposable income — the Star Wars-esque craft will set you back $150,000.

If that number doesn’t cause your eyes to cross, go ahead and slap down the $10,000 deposit needed to claim a spot in the reservation queue. You’ll then receive an email when it’s time to to place your order. You can expect to receive your S3 2019 two to six months after that, according to the company website.

That means there’s a pretty good chance you won’t be able to hover around your front yard this Christmas morning, but a 2019 jaunt is a genuine possibility.

READ MORE: For $150,000 You Can Now Order Your Own Hoverbike [New Atlas]

More on Hoversurf: Watch the World’s First Rideable Hoverbike in Flight

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You Can Now Preorder a $150,000 Hoverbike

FBI’s Tesla Criminal Probe Reportedly Centers on Model 3 Production

Ups and Downs

Can we please get off Mr. Musk’s Wild Ride now? We don’t know how much more of this Tesla rollercoaster we can take.

In 2018 alone, Elon Musk’s clean energy company has endured a faulty flufferbot, furious investors, and an SEC probe and settlement. But there was good news, too. Model 3 deliveries reportedly increased, and just this week, we found out that Tesla had a historic financial quarter, generating $312 million in profit.

And now we’re plummeting again.

Closing In

On Friday, The Wall Street Journal reported that the Federal Bureau of Investigation (FBI) is deepening a criminal probe into whether Tesla “misstated information about production of its Model 3 sedans and misled investors about the company’s business going back to early 2017.”

We’ve known about the FBI’s Tesla criminal probe since September 18, but this is the first report confirming that Model 3 production is at the center of the investigation.

According to the WSJ’s sources, FBI agents have been reaching out to former Tesla employees in recent weeks to ask if they’d be willing to testify in the criminal case, though no word yet on whether any have agreed.

Casual CEO

We might be having trouble keeping up with these twists and turns, but Musk seems to be taking the FBI’s Tesla criminal probe all in stride — he spent much of Friday afternoon joking around with his Twitter followers about dank memes.

Clearly he has the stomach for this, but it’d be hard to blame any Tesla investors for deciding they’d had enough.

READ MORE: Tesla Faces Deepening Criminal Probe Over Whether It Misstated Production Figures [The Wall Street Journal]

More on Tesla: Elon Musk Says Your Tesla Will Earn You Money While You Sleep

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FBI’s Tesla Criminal Probe Reportedly Centers on Model 3 Production

Zero Gravity Causes Worrisome Changes In Astronauts’ Brains

Danger, Will Robinson

As famous Canadian astronaut Chris Hadfield demonstrated with his extraterrestrial sob session, fluids behave strangely in space.

And while microgravity makes for a great viral video, it also has terrifying medical implications that we absolutely need to sort out before we send people into space for the months or years necessary for deep space exploration.

Specifically, research published Thursday In the New England Journal of Medicine demonstrated that our brains undergo lasting changes after we spend enough time in space. According to the study, cerebrospinal fluid — which normally cushions our brain and spinal cord — behaves differently in zero gravity, causing it to pool around and squish our brains.

Mysterious Symptoms

The brains of the Russian cosmonauts who were studied in the experiment mostly bounced back upon returning to Earth.

But even seven months later, some abnormalities remained. According to National Geographic, the researchers suspect that high pressure  inside the cosmonauts’ skulls may have squeezed extra water into brain cells which later drained out en masse.

Now What?

So far, scientists don’t know whether or not this brain shrinkage is related to any sort of cognitive or other neurological symptoms — it might just be a weird quirk of microgravity.

But along with other space hazards like deadly radiation and squished eyeballs, it’s clear that we have a plethora of medical questions to answer before we set out to explore the stars.

READ MORE: Cosmonaut brains show space travel causes lasting changes [National Geographic]

More on space medicine: Traveling to Mars Will Blast Astronauts With Deadly Cosmic Radiation, new Data Shows

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Zero Gravity Causes Worrisome Changes In Astronauts’ Brains

WHO Director: Air Pollution Is the “New Tobacco”

Wrong Direction

Breathing polluted air is as likely to kill you as tobacco use — worldwide, each kills about 7 million people annually. But while the world is making progress in the war against tobacco, air pollution is getting worse.

The Director General of the World Health Organization (WHO) hopes to change that.

“The world has turned the corner on tobacco,” wrote Tedros Adhanom Ghebreyesus in an opinion piece published by The Guardian on Saturday. “Now it must do the same for the ‘new tobacco’ — the toxic air that billions breathe every day.”

Taking Action

According to the WHO, nine out of 10 people in the world breathe polluted air.

This week, the organization is hosting the first Global Conference on Air Pollution and Health, and Ghebreyesus is hopeful world leaders will use the conference as the opportunity to commit to cutting air pollution in their nations.

“Despite the overwhelming evidence, political action is still urgently needed to boost investments and speed up action to reduce air pollution,” he wrote, noting that this action could take the form of more stringent air quality standards, improved access to clean energy, or increased investment in green technologies.

Reduced Risk

The impact sustained action against air pollution could have on public health is hard to overstate.

“No one, rich or poor, can escape air pollution. A clean and healthy environment is the single most important precondition for ensuring good health,” wrote Ghebreyesus in his Guardian piece. “By cleaning up the air we breathe, we can prevent or at least reduce some of the greatest health risks.”

The conference ends on Thursday, so we won’t have to wait long to see which nations do — or don’t — heed the WHO’s call to action.

READ MORE: Air Pollution Is the New Tobacco. Time to Tackle This Epidemic [The Guardian]

More on air pollution: Dumber Humans — That’s Just One Effect of a More Polluted Future

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WHO Director: Air Pollution Is the “New Tobacco”

Scientists May Have Put Microbes in a State of Quantum Entanglement

Hall of Mirrors

A few years ago, the journal Small published a study showing how photosynthetic bacteria could absorb and release photons as the light bounced across a minuscule gap between two mirrors.

Now, a retroactive look at the study’s data published in The Journal of Physics Communications suggests something more may have been going on. The bacteria may have been the first living organisms to operate in the realm of quantum physics, becoming entangled with the bouncing light at the quantum scale.

Cat’s Cradle

The experiment in question, as described by Scientific American, involved individual photons — the smallest quantifiable unit of light that can behave like a tiny particle but also a wave of energy within quantum physics — bouncing between two mirrors separated by a microscopic distance.

But a look at the energy levels in the experimental setup suggests that the bacteria may have become entangled, as some individual photons seem to have simultaneously interacted with and missed the bacterium at the same time.

Super Position

There’s reason to be skeptical of these results until someone actually recreates the experiment while looking for signs of quantum interactions. As with any look back at an existing study, scientists are restricted to the amount and quality of data that was already published. And, as Scientific American noted, the energy levels of the bacteria and the mirror setup should have been recorded individually — which they were not — in order to verify quantum entanglement.

But if this research holds up, it would be the first time a life form operated on the realm of quantum physics, something usually limited to subatomic particles. And even though the microbes are small, that’s a big deal.

READ MORE“Schrödinger’s Bacterium” Could Be a Quantum Biology Milestone [Scientific American]

More on quantum physics: The World’s First Practical Quantum Computer May Be Just Five Years Away

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Scientists May Have Put Microbes in a State of Quantum Entanglement

There’s No Way China’s Artificial Moon Will Work, Says Expert

Good Luck

On October 10, a Chinese organization called the Tian Fu New Area Science Society revealed plans to replace the streetlights in the city of Chengdu with a satellite designed to reflect sunlight toward the Earth’s surface at night.

But in a new interview with Astronomy, an associate professor of aerospace engineering at the University of Texas at Austin named Ryan Russel argued that based on what he’s read, the artificial moon plan would be impossible to implement.

Promised the Moon

Wu Chunfeng, the head of the Tian Fu New Area Science Society, told China Daily the artificial moon would orbit about 310 miles above Earth, delivering an expected brightness humans would perceive to be about one-fifth that of a typical streetlight.

The plan is to launch one artificial moon in 2020 and then three more in 2022 if the first works as hoped. Together, these satellites could illuminate an area of up to 4,000 square miles, Chunfeng claims.

But Russell is far from convinced.

“Their claim for 1 [low-earth orbit satellite] at [300 miles] must be a typo or misinformed spokesperson,” he told Astronomy. “The article I read implied you could hover a satellite over a particular city, which of course is not possible.”

Overkill Overhead

To keep the satellite in place over Chengdu, it would need to be about 22,000 miles above the Earth’s surface, said Russel, and its reflective surface would need to be massive to reflect sunlight from that distance. At an altitude of just 300 miles, the satellite would quickly zip around the Earth, constantly illuminating new locations.

Even if the city could put the artificial moon plan into action, though, Russell isn’t convinced it should.

“It’s a very complicated solution that affects everyone to a simple problem that affects a few,” he told Astronomy. “It’s light pollution on steroids.”

Maybe Chengdu shouldn’t give up on its streetlights just yet.

READ MORE: Why China’s Artificial Moon Probably Won’t Work [Astronomy]

More on the artificial moon: A Chinese City Plans to Replace Its Streetlights With an Artificial Moon

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There’s No Way China’s Artificial Moon Will Work, Says Expert

Clean Coal Startup Turns Human Waste Into Earth-Friendly Fuel

Gold Nuggets

A company called Ingelia says it’s figured out a way to turn human waste — the solid kind — into a combustible material it’s calling biochar. And if Ingelia’s claims are accurate, biochar can be burned for fuel just like coalexcept with nearzero greenhouse gas emissions, according to Business Insider.

That’s because almost all of the pollutants and more harmful chemicals that would normally be given off while burning solid fuels is siphoned away into treatable liquid waste, leaving a dry, combustible rod of poop fuel.

“Clean Coal

Ingelia, which is currently working to strike a deal with Spanish waste management facilities, hopes to make enough biochar to replace 220 thousand tons of coal per year, corresponding to 500 thousand tons of carbon dioxide emissions.

But that’s by 2022, at which point we’ll have even less time to reach the urgent clean energy goals of that doomsday United Nations report. In an ideal world, we would have moved away from coal years ago. At least this gives us a viable alternative as we transition to other, renewable forms of electricity.

So while we can, in part, poop our way to a better world, biochar — and other new sewage-based energy sources — will only be one of many new world-saving sources of clean energy.

READ MORE: This Spanish company found a way to produce a fuel that emits no CO2 — and it’s made of sewage [Business Insider]

More on poop: Edible Tech is Finally Useful, is Here to Help you Poop

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Clean Coal Startup Turns Human Waste Into Earth-Friendly Fuel

Ford’s Self-Driving Cars Are About to Chauffeur Your Senator

Green-Light District

It doesn’t matter how advanced our self-driving cars get — if they aren’t allowed on roads, they aren’t going to save any lives.

The future of autonomous vehicles (AVs) in the U.S. depends on how lawmakers in Washington D.C. choose to regulate the vehicles. But until now, AV testing has largely taken place far from the nation’s capital, mostly in California and Arizona.

Ford is about to change that. The company just announced plans to be the first automaker to test its self-driving cars in the Distinct of Columbia — and how lawmakers feel about those vehicles could influence future AV legislation.

Career Day

Sherif Marakby, CEO of Ford Autonomous Vehicles, announced the decision to begin testing in D.C. via a blog post last week. According to Marakby, Ford’s politician-friendly focus will be on figuring out how its AVs could promote job creation in the District.

To that end, Ford plans to assess how AVs could increase mobility in D.C., thereby helping residents get to jobs that might otherwise be outside their reach, as well as train residents for future positions as AV technicians or operators.

Up Close and Personal

Marakby notes that D.C. is a particularly suitable location for this testing because the District is usually bustling with activity. The population increases significantly during the day as commuters arrive from the suburbs for work, while millions of people flock to D.C. each year for conferences or tourism.

D.C. is also home to the people responsible for crafting and passing AV legislation. “[I]t’s important that lawmakers see self-driving vehicles with their own eyes as we keep pushing for legislation that governs their safe use across the country,” Marakby wrote.

Ford’s ultimate goal is to launch a commercial AV service in D.C. in 2021. With this testing, the company has the opportunity to directly influence the people who could help it reach that goal — or oppose it.

READ MORE: A Monumental Moment: Our Self-Driving Business Development Expands to Washington, D.C. [Medium]

More on AV legislation: U.S. Senators Reveal the Six Principles They’ll Use to Regulate Self-Driving Vehicles

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Ford’s Self-Driving Cars Are About to Chauffeur Your Senator

White-Collar Crime Punishment – Fraud

What factors should be considered in determining the length and terms of a sentence? Should a crimes violent or non-violent classification carry the most weight? Frank S. Perri offers that focusing too much on a crimes violent or non-violent nature can lead to a punishment too severe or not severe enough for the crime committed.

I certainly knew it was nefarious, a little wormy, unethical, make no mistake about that but criminal? Fraud?- Jay Jones, convicted white-collar criminal, as quoted in The New York Times Magazine

Jay Jones lived the good life; unfortunately, he bought it fraudulently. As a result of his behavior, he left at least 4,000 people jobless when the debt collection business he helped co-found went bankrupt, according to a June 6, 2004, article in The New York Times Magazine.1 He pleaded guilty to conspiracy to defraud investors and was sentenced to five years in prison. He also owes about $1 billion in restitution to the victims of his fraud, according to the article. Was his sentence too light?

Consider the case of real estate attorney Chalana McFarland, who committed a myriad of fraudulent acts, including identity theft, illegal use of Social Security numbers, money laundering, and a mortgage scam that devastated lending institutions and families who bought homes, according to a U.S. Department of Justice press release.2 She was sentenced to 30 years in prison, even though she could have been sentenced to a life term and ordered to pay $12 million in restitution for the scheme that she controlled with the assistance of her co-conspirators, the press release said. Was her sentence too high?Although its reasonable to have a debate on what constitutes a proportionate and fair punishment to a fraud-based crime, anti-fraud professionals must be aware that the manner in which the debate on appropriate punishment is being framed can be misleading. One of the common arguments made by opponents advocating lenient sentences for convicted white-collar criminals is that their crimes are non-violent property crimes, and many are first-time offenders who dont fit the typical image of a street criminal. In this article, well address:

The inherent dangers of imposing punishment based on the premise that fraud is a non-violent property crime

Misperceptions surrounding the first-time offender argument in determining an appropriate punishment

Why white-collar crime sentencing might have increased over the years

DANGERS IN PUNISHING CRIME LABELSAND NOT THE HARM SUFFERED

I had no desire to live, no prospect of earning a living, no way to pay the bills. Retiree and Madoff fraud victim, as quoted in the Journal of the American Academy of Psychiatry and Law.

This quote exemplifies the voice of thousands recounting the personal and financial losses suffered when a trusted business advisor, professional, employee, business owner or other individual defrauds them. Psychiatrists Drs. Marilyn Price and Donna Norris wrote in their article in The Journal of the American Academy of Psychiatry and Law, white-collar criminals commit crimes that have victims whose lives are significantly affected and, at times, destroyed by these acts.3 However, there are academicians in law who downplay frauds underlying harm by removing the human element and labeling it a non-violent property crime. They have written extensively on the topic, advocating that white-collar criminals should receive more lenient sentences because of the crimes non-violent distinction, according to law professor Ellen Podgor of Stetson University.4

Yet, whats misleading about their argument is the assumption that only violent criminals inflict harm thats worthy of extensive punishment. In part, the harm that fraud victims incur is downplayed because the majority of the research on victimology has focused on conventional non-white-collar crimes.5

Thus the degree of perceived harm suffered by victims of white-collar crimes is compared to the harms suffered by victims of non-white-collar crimes because theyre the largely accepted conventional construction of crimes in the public conscience.6

White-collar crime is considered a special breed in the criminal justice system because theres a long history of perceived leniency for these criminals; many erroneously believe that white-collar crimes have no victims.7

Also, fraud offenses arent consistently included in crime victim surveys because criminologist might perceive that there are no visible victims, or the social harm is diluted among a number of people.8 Thus, fraud victims whose harm hasnt been captured by surveys would naturally appear to be victimless when compared to victims of non-white-collar crimes.

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White-Collar Crime Punishment - Fraud

human Mars: Mars Colonization Timeline

Inspired from FutureTimeline.net and the Integrated Space Plan we have created a speculated timeline of human exploration and colonization of Mars. Predictions are based on a reasonably optimistic evaluation of technological and social progress of humanity. Only the most important and innovative events are mentioned. Timeline is regularly updated taking into account latest developments.Last update was made on 30th September, 2018.

Go to: 2020s 2030s 2040s 2050s 2060s 2070s 2080s 2090s 22nd century

Mars becomes practically self-sufficient, having to import only the most complex goods and intellectual property.

The self-sufficiency results in Mars becoming an independent nation-state. The Martian government has to buy up the non-Martian governmental assets located on Mars.

As a technologically advanced frontier society Mars and orbital stations around it become the primary source of specialists and workers needed for human bases and missions further in Main asteroid belt and outer Solar system.

Air pressure and temperature on Mars is increased to the level where there is flowing water on the surface and simple plants can be introduced into newly created biosphere of the planet.

As one of the lower regions on Mars close to the equator Valles Marineris is seeing the most benefits from terraformation activities and Phobos space elevator; cities and farming communities are spreading throughout the valleys and at the end of the 22nd century there are nearly 5 million people living in Valles Marineris. It's the most populous urban area on Mars.

Outdated cover images:

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human Mars: Mars Colonization Timeline