Latest MIT Stories
When water strikes a surface, sometimes it spreads evenly while other times it beads into tiny droplets. Studying this behavior can lead to improvements in many applications.
A new study says that the motility of phytoplankton allows the tiny ocean plants to determine their fate in ocean turbulence by forming 'social mixers.'
MIT Scientist Eric Alm partners with the Acera School to teach elementary school students innovation in science with BP funded oil spill experiment. (PRWEB)
Marine bacteria change swimming directions with a sideways flick of their lone flagellum, a type of high-speed controlled failure first documented in 2011 as a unique swimming stroke but whose underlying mechanism had eluded researchers until now.
Using technology that nearly all of us have in our homes, MIT researchers have developed a sort of x-ray vision device that can detect motion behind walls or other large objects. It’s called Wi-Vi and it uses low power Wi-Fi antennas to bounce signals off any moving object, similar to the way radar and sonar works.
MIT researchers have developed a new approach for solar power that could push the technology to new heights.
A group of Internationally renowned Scientists from Academic, US and European National Laboratories are collaborating with Best Cyclotron Systems (BCSI) and Best Theratronics (BTL) Scientists
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