Tech News (1)

Archinaut, a 3D Printing Robot to Make Big Structures in Space

Why Prospecting Asteroids for Precious Resources Is Now Possible [Video]

Most of the raw materials we value on Earth exist in much larger quantities in space. ..... “The first trillionaire in the world is going to be the person who first mines asteroids.”

Drones Have Reached a Tipping Point—Here’s What Happens Next

Over the past few years, drones have moved from the "government phase" to the "consumer phase" into the "commercial phase." ........ Drones are demonetizing rapidly. Ten years ago, drones were million-dollar military/industrial things. Today they are on the shelves of Walmart. ...... "They started at $1,500 and now they're at $500 and they're soon going to $50, with even better technology onboard. The price decline in the industry is staggering." ..... "You will basically see supercomputer performance in toy level devices, just as we're already seeing with smartphones." ..... The next big breakthrough in drone research will be "sense-and-avoid." ....Right now, drones are either manually piloted or GPS piloted, but as we integrate them into our urban fabric, they'll need true autonomy...... "Drones will need to have eyes. Sensors like radar, LiDAR, stereo vision, sonar, and they'll need to use this to autonomously avoid obstacles and fly. It's environmental awareness and it is necessary to safely navigate worlds they've never explored." ...... The way we're going to digitize the planet is by putting sensors out there on drones ..... Satellites are going to be complementary, covering big areas but at lower resolution. ..... "Today the FCC doesn't have to regulate or give you a license for Wi-Fi because it's low power and self-de-conflicting — it's not a threat to anyone," says Anderson......"In the future, as drones become small enough, with low kinetic energy, and smart enough, I believe the FAA will regulate them like Wi-Fi. We want the FAA to create kind of an 'open spectrum' sandbox to allow for huge amounts of innovation."

Eye on the Cure: Can Algae Genes Restore Vision in First Optogenetics Human Trial?

Given the power of optogenetics to fine-tune brain circuits, rumors of its potential use in humans as therapy have floated around since its inception...... In one previous study, after optogenetics treatment, previously blind mice could swim out of a chamber in which the escape route was brightly lit. On average, they escaped as fast as mice with normal vision.

This Remarkable Robot Hand Is Worthy of Luke Skywalker

most Star Wars tech is beyond us...... Artificial bones were 3D printed from a laser scan of a real skeleton hand; ligaments were fashioned from ultra-strong, lightweight strings; and laser-cut rubber sheets act as soft tissue for stability, flexibility, and torque. All this is controlled by an array of servos and cables. ...... Some of the hardest tasks to automate in factories require human-level dexterity (e.g., handling circuit boards to tightly packing boxes). ...... Xu says we're making progress printing bone structures with biocompatible materials, making biodegradable ligaments, growing muscles in petri dishes, and learning to regenerate peripheral nerves.

Space and Technology: The Search for Extraterrestrial Life

there are an estimated 100 billion billion Earth-like planets in our universe. ...... we're finding evidence of liquid water all over the solar system, and the one thing we know about life on Earth is the need for water. ..... in our own solar system, organic compound-glazed comets drift everywhere ..... we should be inside a life-spawning factory of a universe. ..... our universe has 500 billion billion stars like our own, and orbiting those suns are another 100 billion billion Earth-like planets. That is 100 habitable planets for every grain of sand on Earth. That’s trillions of opportunities for some other planet to grow life. ...... there would be one million planets with life in the Milky Way Galaxy alone ..... if even just a handful of alien civilizations have advanced beyond our current level of technological progress, humanity should be waking up to a universe like the world of Star Trek.

The Near Future of VR and AR: What You Need to Know

try to predict the future when AI, robotics, VR, synthetic biology, and computation are all doubling, morphing and recombining… You have a very exciting (read: unpredictable) future. ..... VR will ultimately impact everything from real estate to retail and healthcare and education. Business meetings, conferences and concerts will soon all be held in virtual environments. ...... Over the past two years, well over $5 billion has been invested in AR and VR by all of the major technology companies, from Google to Microsoft and Samsung to HTC....... we're now reaching a crossover point where hardware technology will let us scan rooms and the people in it, and convert those scans into 3D objects at a very low cost ..... "There will be a magical turning point where the pixel size in our displays will get so small that you can't see them." ...... "When we've developed displays with between 4K and 8K resolutions (roughly), there will be a moment when we can't tell the difference between reality and virtual/augmented reality (at least with our eyes)." ...... we'll be able to animate you at a distance, talking to somebody else with a perfect representation of your facial movements. Think of a film like Avatar and how they transferred the actors onto those characters in the movie. You're going to be able to do that live, in a meeting, where you're going to be that character and it's going to move and express itself emotionally like you do. ..... Why go to conferences, school, or travel for business if you can have richer, deeper experiences from the comfort of your living room? ...... "If you can buy your kid a $600 virtual reality headset, and they can study five times as fast as anybody else, and they don't have to be in a particular neighborhood or near a school to do it, they are just going to adopt these things. They are that much better." ...... In success, your Magic Leap headset will allow you to view a virtual TV anywhere, on any wall, or a mobile phone screen on the palm of your hand, or the air in front of you, then there is no need to carry around clunky glass devices in your pockets or hang TVs on your walls.

Why Big Tech Companies Are Open-Sourcing Their AI Systems

Microsoft, Google, Facebook and Amazon have been making remarkable progress developing artificial intelligence systems. Recently they have released much of their work to the public for free use, exploration, adaptation and perhaps improvement. ..... “deep learning” — an approach that organizes layers of neural networks hierarchically to analyze very large data sets not just in search of simple statistics but also seeking to identify rich and interesting abstract patterns. ......

even experts do not understand when or how AI might become powerful enough to cause harm, damage or injury.

....... AI systems involve large — often very very large — amounts of code, so much that it stretches the ability of any single individual to understand in both breadth and depth. Scrutiny, troubleshooting and bug-fixing are especially important in AI, where we are not designing tools to do a specific job (e.g., build a car), but to learn, adapt and make decisions in our stead. The stakes are larger both for the positive and potentially negative outcomes. ........ Over the long run, Google and Facebook are not really in the business of selling ads, and Amazon is not in the business of selling merchandise. No, these technology companies are powered by your eyeballs (and data). Their currency is users. Google, for example, gives away email and search for free to draw users to its products; it needs to innovate quickly, producing more and better products to ensure you stay with the company. ...... AI is central because it, by design, learns and adapts, and even makes decisions. AI is more than a product: it is a product generator. In the near future, AI will not be relegated to serving up images or consumer products, but will be used to identify and capitalize on new opportunities by innovating new products.

Will the End of Moore’s Law Halt Computing’s Exponential Rise?

Since 1991, the semiconductor industry has regularly produced a technology roadmap to coordinate their efforts and spot problems early. ...... Because the chief outcome of Moore’s Law is more powerful computers at lower cost, Kurzweil tracked computational speed per $1,000 over time. This measure accounts for all the “levels of ‘cleverness’” baked into every chip—such as different industrial processes, materials, and designs—and allows us to compare other computing technologies from history. The result is surprising........ Moore’s Law is the fifth computing paradigm. The first four include computers using electromechanical, relay, vacuum tube, and discrete transistor computing elements. ...... “When Moore’s Law reaches the end of its S-curve, now expected before 2020, the exponential growth will continue with

three-dimensional molecular computing

, which will constitute the sixth paradigm.” –Ray Kurzweil, The Singularity Is Near .......... Artificial intelligence, automation, robotics, virtual reality, unraveling the human genome—these are a few world-shaking advances computing enables. ...... As a society, if we just believed that single trajectory of Moore’s, and none other, we would have educated differently, invested differently, prepared more wisely to grasp the amazing powers it would sprout.

Don’t Be Alarmed: AI Won’t Leave Half the World Unemployed

we can pretty much automate the job of an airline pilot today. Indeed, most of the time, a computer is flying your plane. But society is likely to continue to demand the reassurance of having a pilot on board even if they are just reading their iPad most of the time. ....... We also need to consider all the new jobs that technology will create. For example, we don’t employ many printers setting type any more. But we do employ many more people in the digital equivalent, making web pages. ..... the Oxford report gives a 98% chance of umpiring or refereeing to be automated. But we are likely to have just as many if not more umpires and referees in the future, even if they use technologies to do their job better. ..... In the US, the average working week has declined from around 60 hours to just 33. Other developed countries are even lower. Germans only work 26 hours per week. .......... Society would break down well before we get to 50% unemployment.

Where Artificial Intelligence Is Now and What’s Just Around the Corner

AIs will begin to sense and use all five senses. ...... We'll see revolutions in how we manage climate change, redesign and democratize education, make scientific discoveries, leverage energy resources, and develop solutions to difficult problems. ......... AI is being used to match clinical trials with patients, drive robotic surgeons, read radiological findings and analyze genomic sequences. ..... Ultimately, during the AI revolution taking place in the next three years, AIs will be integrated into everything around us, combining sensors and networks and making all systems "smart." ..... AIs will push forward the ideas of transparency, of seamless interaction with devices and information, making everything personalized and easy to use. We'll be able to harness that sensor data and put it into an actionable form, at the moment when we need to make a decision.

In the Future, Ownerless Companies Will Live on the Blockchain

poised to transform global commerce ..... Blockchain has been called “the most disruptive thing I’ve seen in my career” ........ Fundamentally, banks, auditing firms, legal services, and security systems are designed to authenticate the transactions that ripple across our planet. .......

Like the internet democratized the exchange of information, transforming entire industries in the process, the blockchain promises to democratize the exchange of value, a concept with staggering possibilities.

...... “in the same way that we don’t refer to the internet as ‘PayPal’, we should be clear that ‘Bitcoin’ does not mean blockchain. PayPal is just one service built on top of internet protocols—Bitcoin is similarly built on top of the blockchain.” ....... “while Bitcoin itself may not stand the test of time, we can be sure that the blockchain is not going anywhere.” ........... Technologically binding smart contracts would bypass the need for sprawling financial back offices and expensive legal systems requiring lawyers, judges, auditors, and insurance professionals. Imagine a scenario in which a land title could check an online registry and automatically send itself to a new owner, eliminating a need for expensive title insurance to verify the legitimacy of the transaction. ....... One might design an account that automatically donates to relief efforts in the case of any or certain natural disasters, thereby removing the need (or even the option) of a case-by-case donation decision. ...... Imagine that a portion of FEMA’s funds were programmed to check a Hurricane’s status, and in the case of a Category 5 storm that makes landfall—it could allocate money to the correct local offices. ...... At a basic level, corporations themselves are fueled by contracts. We may live to see a new era of business and commerce built upon a more automated legal framework. Legal scholars and computer scientists have pointed out that an ecosystem of self-enforcing contracts would give rise to what are called

distributed autonomous organizations (DAOs)

. ....... Imagine in the future —summoning a taxi that not only has no driver, but that belongs to a computer network, not to a human being. ...... a world where a network-owned drone service might power its units from network-owned charging stations. Supply chains built on top of such a system might further reduce the costs of delivering goods anywhere in the world. ....... The blockchain may then deliver the software smarts to eat away at parts of the economy we hadn’t considered ..... human society after the proliferation of the blockchain will be as unfamiliar to us as anything we’ve experienced.

China’s Curious Dream of Floating Nuclear Plants on the Ocean

a floating, ship-based nuclear power plant. ...... The plants would be situated between 8 and 12 miles from the coast at a depth of at least 100 meters. Power cables would run to switchyard facilities situated on land......Being placed so far from land would help protect the plants against earthquakes and tsunami waves, which are relatively small so far out...... the country will build at least 100 new nuclear power reactors in the coming ten years. ..... the country will use nuclear power to help reduce its current heavy reliance on coal, and in doing so, dramatically lower emissions of CO2 and air pollutants, which have reached health-threatening levels in many areas.

China will invest more than a trillion dollars in nuclear energy over the coming years.

In time, it’s hoping to recuperate some of that by becoming a leading global exporter of nuclear technology. ...... ocean-based reactors would be more susceptible to terrorist attacks. ..... The US Navy has logged more than 5,400 reactor years and traveled more than 130 million miles. They have sailed all the seven seas, including some of the most hostile environments, without any publicized accidents.

Goodyear’s Awesome New Spherical Tire Design For Autonomous Cars

Car bodies of the future might be completely 3D printed. They may be completely autonomous — and now, they might have multi-directional spherical tires. .... Reinventing the wheel ..... Why bother attaching them to the car at all, when you can simply keep them in place with magnets? ..... the way a magnetic levitation train works. .... These trains use electrically charged magnets to lift train cars anywhere from a fraction of an inch to a few inches above the tracks. Once the train car is hovering above the tracks, electricity supplied through coils in the tracks creates magnetic fields that move the train. Since these trains float frictionlessly above the tracks, they can reach speeds of over 300 mph. ..... Inspired by brain coral and natural sponges, the 3D printed tire treads are designed to stiffen in dry conditions and soften when wet, like a sponge, to provide powerful control in all kinds of weather. ...... “What I'd really like to see is a provision for the wheels to be hollow and with some type of access hatch. That way you could fill one wheel with dirty laundry, some water and detergent, and by the time you arrive at your destination, boom, clean clothes! You could also insert peeled avocados, limes and some type of pestle in another wheel to create a delicious guacamole as you drive. The third wheel could be used for smoothies.”