European researchers working at the Institut Laue-Langevin (ILL) in Grenoble, France, have trapped the largest number of neutrons ever held in place at one time. But while they've smashed the previous record (also held by the ILL), it's still not quite enough, the lead researcher tells BBC. Still, the new approach that got researchers this far may be able to trap far greater numbers of neutrons with a little finessing.
Scientists at CERN have run an experiment. A very simple time of flight experiment, measuring the time it takes a neutrino to get from A to B. The trick with this particular one is that this particle clocked in at a whole 60 nanoseconds faster than light. That small number is a big deal - if correct, it could overturn Einstein's Theory of Special Relativity, the cornerstone of theoretical physics for the last century.
In another step toward a cleaner energy future, scientists in the US have found a way to sustainably generate hydrogen using just water and bacteria. Using a process called reverse electro-dialysis, researchers an Penn State university have extracted the gas from water by breaking up its molecules.
The rumbling you feel driving along a bridge may soon serve a purpose beyond just waking you up behind the wheel. Researchers at MIT have developed a tiny energy-harvester that is able to harness low-frequency vibrations like those made by a bridge or pipeline and converting them to electricity for wireless sensors.
Masayoshi Son, entrepreneurial founder of Softbank, Japan's third-largest mobile network, and according to Forbes, the nation's richest man, unveiled a vague but undeniably ambitious plan to completely change Japan's energy infrastructure. His plan, which relies heavily on wind and geothermal power and abandons nuclear, would, he says, shift the majority of Japan's energy sources to renewable energy by 2030.
After years of playing such numbers extremely close to the vest, Google today released figures spelling out exactly how much electricity the company's massive computing resources consume. Its data centres continuously draw 260 million watts - roughly a quarter the output of a nuclear power plant, says the NYT-to keep services like Gmail, search, Google Ads, and YouTube up and running around the clock and around the globe.
IBM and 3M are collaborating on a new kind of semiconductor glue that will bind together future generations of 3-D semiconductor chips. The idea is to create a whole new kind of adhesive that hold things tightly together while also conducting heat and insulating at the same time.