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A U.S. House Committee just gave its approval for the SELF DRIVE Act, a bill that introduces breakthrough legislation in favor of autonomous vehicles. The bill could pass Congress before the end of 2017, ushering in a new era in self-driving tech.

A bill that will introduce breakthrough legislation in support of autonomous vehicle technology just received approval from the U.S. House of Representatives’ Energy and Commerce Committee.

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Today’s most advanced weapons are already capable of “making decisions” using built-in smart sensors and tools.

However, while these weapons rely on some sort of artificial intelligence (AI) technology, they typically don’t have the ability to choose their own targets.

Creating such weapons is now Russia’s goal, according to the country’s defense officials and weapons developers.

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As moviemaking becomes as much a science as an art, the moviemakers need ever-better ways to gauge audience reactions. Did they enjoy it? How much… exactly? At minute 42? A system from Caltech and Disney Research uses a facial expression tracking neural network to learn and predict how members of the audience react, perhaps setting the stage for a new generation of Nielsen ratings.

The research project, just presented at IEEE’s Computer Vision and Pattern Recognition conference in Hawaii, demonstrates a new method by which facial expressions in a theater can be reliably and relatively simply tracked in real time.

It uses what’s called a factorized variational autoencoder — the math of it I am not even going to try to explain, but it’s better than existing methods at capturing the essence of complex things like faces in motion.

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The rapid development of so-called NBIC technologies – nanotechnology, biotechnology, information technology and cognitive science – are giving rise to possibilities that have long been the domain of science fiction. Disease, ageing and even death are all human realities that these technologies seek to end.

They may enable us to enjoy greater “morphological freedom” – we could take on new forms through prosthetics or . Or advance our cognitive capacities. We could use brain-computer interfaces to link us to advanced artificial intelligence (AI).

Nanobots could roam our bloodstream to monitor our health and enhance our emotional propensities for joy, love or other emotions. Advances in one area often raise new possibilities in others, and this “convergence” may bring about radical changes to our world in the near-future.

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In a not-too-distant future city, superintelligent robots will carry out the majority of vital tasks. Driverless cars will ferry passengers to and from points of interest. Housing and healthcare will be affordable, if not free to all. Political leaders and technologists will speak the same language. And life is good.

Sam Altman, the 32-year-old president of Y Combinator, the most prestigious startup accelerator in Silicon Valley, has laid out this utopian vision over the years, and most definitively in a job listing posted on YC’s blog in June 2016.

“We’re seriously interested in building new cities and we think we know how to finance it if everything else makes sense,” the post read. “We need people with strong interests and bold ideas in architecture, ecology, economics, politics, technology, urban planning, and much more.”

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(A rendering of what X’s renewable energy storage plant would look like. X) X, the “moonshot” division of Google’s parent company Alphabet that has worked on everything from self-driving cars and delivery drones, has a new public project: storing renewable energy so it doesn’t go to waste.

The team working on the project is codenamed “Malta,” and it aims to efficiently store energy from solar and wind using salts. That way, renewable energy can still be used even if solar panels or wind turbines can’t collect energy.

Malta is part of X’s Foundry, which explores early-stage projects. It’s not an “official” project like Project Wing (drone delivery) or Project Loon (high-altitude balloons that beam the internet to the surface). X is announcing Malta now because it wants to build a prototype plant for testing how storing renewable energy can feed a power grid. It’s accepting applications for potential partners on its website.

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O n a recent evening at a start-up hub in Spitalfields, London, journalist and author Jamie Bartlett spoke to a small group of mostly under 40, mainly techie or creative professionals about his book Radicals: Outsiders Changing the World. The book, which Bartlett started to research in 2014, before Brexit and Trump, chronicles his time with a series of different radical groups, from the Psychedelic Society — who advocate the “careful use of psychedelics as a tool for awakening to the unity and interconnectedness of all things” — to Tommy Robinson, co-founder of the unabashedly far-right English Defence League, to the founder of Liberland, a libertarian nation on unclaimed land on the Serbian/Croatian border, to Zoltan Istvan, who ran as US transhumanist presidential candidate on a platform of putting an end to death. He campaigned by racing around America in a superannuated RV which he’d modified to look like a giant coffin, dubbed “the Immortality Bus.” His efforts were in vain, and illegal, as it turned out: his campaign was in breach of the US’ Federal Electoral Commission rules.

Bartlett’s book has been damned with faint praise — he has been called “surprisingly naive about politics,” and defining ‘radical’ so broadly as to make the term “meaningless.” The general consensus goes that Bartlett’s journey through the farthest-flung fringes of politics and society is entertaining and impressively dispassionate, but not altogether successful in making a clear or convincing case for radicals or radicalism. But at the talk that night Bartlett challenged what he sees as the complacent acceptance and defense of our current political and governmental systems, institutions and ideas, of the kind of technocratic centrism that prevailed throughout the global North until very recently. Perhaps they need some radical rethinking. Many of the radicals Bartlett spent time with may be flawed, crazy or wrong — literally, legally and morally — but they can also hold up mirrors and magnifying glasses to political and social trends. And sometimes, they can prophesize them…

Bartlett began the evening by saying, “If democracy were a business, it would be bankrupt.” A provocative statement, but one that he backs up. He pointed to research showing that only 30% of those born after 1980 believe that it is essential to live in a democracy. That rate drops steadily with age. A closer look at the research around peoples’ attitudes reveals widespread skepticism towards liberal institutions and a growing disaffection with political parties. Freedom House’s annual report for 2016 shows that as faith in democracy has declined so too have global freedoms — 2016 marks the “11th consecutive year of decline in global freedom.” While a lot of attention has been given to violent polarization, populism and nationalism rising out of anger at demographic and economic changes, Bartlett suggests that perhaps comfort and complacency are culprits too, and he is not the only one: only last week Financial Times columnist Janan Ganesh took up a similar theme.

What are the fringe ideas of today that might become ideas of the future? We cannot, of course, say, but Bartlett’s point is we should be paying much closer attention to the crazed hinterlands of human thought. In 2015 transhumanist Zoltan Istvan was talking about using technology to fundamentally change what it is to be human — to augment our fleshy bodies with steel and silicon. One of Istvan’s favored refrains is the transformative effect of artificial intelligence on the way that we work, and the way that we live. In the past six months, it has become near-impossible to read a newspaper or a magazine without stumbling across a take on how AI is set to change our economy. Istvan’s other hobby-horse is immortality, and using technology to drastically expand the human lifespan — ultimately to the point where it increases so fast that time can’t catch up with us and we reach a kind of “escape velocity.

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Space exploration contains large potential for the creation of innovative applications, products and services, also benefitting Earth. With new topics and application areas arise countless possibilities for technology transfer and novel ideas for space-based technologies and their application in non-space industries, as well as new targets and opportunities for business.

This year AZO has launched the Space Exploration Masters on behalf of the European Space Agency (ESA) and in line with the goals of the ESA Space Exploration Strategy, in cooperation with strong world-class partners. The Space Exploration Masters is an international competition to identify best technology transfer business successes, as well as to empower and foster business innovation around space exploration activities in Low Earth Orbit (LEO), on Moon, Mars, or beyond – for the benefit of society and Earth.

The two different prize categories “Technology Transfer Success “ and “New Business Innovation “ look for exciting submissions in the fields of Human Space and Robotic Missions, Space Resources & Industry, Discovery & Space Observation, Spacecraft, Rockets, Propulsion, Space Tourism, Deep Space Communication & Navigation, Space Habitats, and Life Sciences – just to name a few.

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