Lifeboat Foundation

At Blue Origin, Amazon’s space-obsessed founder is building rockets, and he hopes to someday blast humanity into an extraterrestrial future.

Some of Allen’s philanthropy has taken a scientific bent: Allen founded the Allen Institute for Brain Science in 2003, pouring $500 million into the non-profit that aims to give scientists the tools and data they need to probe how brain works. One recent project, the Allen Brain Observatory, provides an open-access “catalogue of activity in the mouse’s brain,” Saskia de Vries, senior scientist on the project, said in a video. That kind of data is key to piecing together how the brain processes information.

Microsoft co-founder Paul Allen died today from complications with non-Hodgkin’s lymphoma. He was 65. Allen said earlier this month that he was being treated for the disease.

Allen was a childhood friend of Bill Gates, and together, the two started Microsoft in 1975. He left the company in 1983 while being treated for Hodgkin’s lymphoma and remained a board member with the company through 2000. He was first treated for non-Hodgkin’s lymphoma in 2009, before seeing it go into remission.

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Dark matter supposedly makes up 85% of the matter in the universe, but so far, efforts to catch hypothesized dark matter particles have all ended in failure. Weakly interacting massive particles (WIMPs) are no-shows at grand experiments housed in Italy, Canada, and the United States. Even tinier axions have not been detected either. Neutralinos, born out of supersymmetry, may look nice on paper but so far have no bearing on reality.

Speaking from beyond the grave, Professor Stephen Hawking has told a new generation growing up in an increasingly insular world: ‘Remember to look up at the stars and not down at your feet.’

The eminent cosmologist, who had motor neurone disease and died in March, had his final public thoughts broadcast at a special event to launch his last book, Brief Answers To The Big Questions.

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The “slow motion” modes on modern smartphones crank up the speed of video recording so that when it’s played back at regular speed, the motion you see on the screen is slowed down. It’s a neat feature to mess around with, but slow motion capture has some very serious scientific applications as well. Capturing the microscopic world at high speeds can help researchers shed light on all kinds of interesting behaviors and phenomena that shape our reality.

Now, imaging specialists have built what is being called the fastest camera on the planet, allowing for the capture of movement at up to 10 trillion frames per second. Forget slowing down a video of a home run at your kid’s softball game, this incredible contraption can slow down light itself.

A new paper published in Light: Science & Applications explains how the camera works, and boy is it complicated. To put it in its most basic terms, the camera uses laser pulses so ultra-fast that they are measured in quadrillionths of a second and combines those frames with images captured from a second camera moving at the same speed, allowing for high-quality images generated 10 trillion times every second.

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Hard as it is to believe, for the first time the life expectancy for Americans (not counting the effect of wars) has https://www.ajc.com/lifestyles/health/cdc-life-expectancy-de…279HCufnO/” target=”_blank” rel=” nofollow noopener noreferrer” data-ga-track=” ExternalLink: https://www.ajc.com/lifestyles/health/cdc-life-expectancy-de…279HCufnO/”>dropped for two consecutive years. Perhaps less hard to believe is that this is https://news.harvard.edu/gazette/story/2016/04/for-life-expe…y-matters/” target=”_blank” rel=” nofollow noopener noreferrer” data-ga-track=” ExternalLink: https://news.harvard.edu/gazette/story/2016/04/for-life-expe…y-matters/”>not true across economic levels. The richest Americans are gaining in longevity, indeed to unprecedented levels. The poor don’t have it so well, and in the U.S., this includes the shrinking middle class, who are also dying earlier. With the widening income gap, there’s a growing discrepancy between life expectancies for the rich and poor. Depending on geography, those on the lower end of the income bracket spread can expect to live 20 years less than their better-off counterparts, a shocking finding from an http://jamanetwork.com/journals/jamainternalmedicine/fullart.…2017.0918” target=”_blank” rel=” nofollow noopener noreferrer” data-ga-track=” ExternalLink: http://jamanetwork.com/journals/jamainternalmedicine/fullart.…2017.0918”>in-depth study coming out of the University of Washington.

The standard model of modern cosmology is unthinkable without dark matter, although direct detections are still missing. A broad perspective of how dark matter was postulated and became accepted is presented, from prehistory, over observations of galaxy clusters, galaxy rotation curves, the search for baryonic dark matter, possible alternative explanations via modified gravity, up to the hunt for dark matter particles. The interplay is described between observational discoveries and theoretical arguments which led finally to the adoption of this paradigm.

Scientists studying the Taupo Volcanic Zone in New Zealand have uncovered clues to what causes giant eruptions.

If you replace classical bits with qubits, though, you go back to only needing one per spin in the system, because all the quantum stuff comes along for free. You don&s;t need extra bits to track the superposition, because the qubits themselves can be in superposition states. And you don&s;t need extra bits to track the entanglement, because the qubits themselves can be entangled with other qubits. A not-too-big quantum computer— again, 50–100 qubits— can efficiently solve problems that are simply impossible for a classical computer.

These sorts of problems pop up in useful contexts, such as the study of magnetic materials, whose magnetic nature comes from adding together the quantum spins of lots of particles, or some types of superconductors. As a general matter, any time you&s;re trying to find the state of a large quantum system, the computational overhead needed to do it will be much less if you can map it onto a system of qubits than if you&s;re stuck using a classical computer.

So, there&s;s your view-from-30,000-feet look at what quantum computing is, and what it&s;s good for. A quantum computer is a device that exploits wave nature, superposition, and entanglement to do calculations involving collective mathematical properties or the simulation of quantum systems more efficiently than you can do with any classical computer. That&s;s why these are interesting systems to study, and why heavy hitters like Google, Microsoft, and IBM are starting to invest heavily in the field.

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