Ones To Watch: MIT Clean Energy Winners

The big winner at the MIT Clean Energy Prize competition was Picasolar and its cost-lowering, efficiency-boosting selective emitter application for solar cells. Read more →
Floating Wind Turbines With Undersea Energy Storage

An MIT concept would connect deep-water wind turbines to concrete spheres at the seafloor that would take advantage of hydrostatic pressure to store energy. Read more →
Ionic Wind Efficiency Thrusts Into Spotlight

MIT says new research suggests that thrusters powered by ionic wind could be an efficient alternative to conventional atmospheric propulsion technologies. Read more →
MIT Turns Over A New Solar Leaf Plan

The solar-to-fuel dream lives on, as the "artificial leaf" team outlines a path to efficiencies that could make the technology viable. Read more →
Moniz Picked For Energy: The Frack Man Cometh?

President Obama's pick to head the Energy Department is a renewables advocate – but his support for natural gas as a "bridge fuel" concerns enviros. Read more →
MIT Working On Military Uniforms That Prevent Friendly Fire

The incorporation of special nano-fibers could turn soldier uniforms into whole-body communicators. Read more →
Energy From Water Vapor Could Power Artificial Muscles

Made from a combination of polymers, this new material changes shape when exposed to water: a reaction that could be used to produce electricity. Read more →
New ‘Programmable Matter’ Could Revolutionize Construction

A research team from MIT has created a tiny robotic chain that, once reduced to the molecular scale, could someday revolutionize the way we create energy-efficient building materials. Read more →
MIT Solar Funnel Aims To Grab More Sun Power

At MIT, engineers believe they've found a new way of taking advantage of a wider spectrum of the sun's energy in photovoltaic cells. Read more →
Minuscule MIT Implant Powered By Ear’s Biological Battery

MIT researchers created a tiny chip that's powered by the ear's own electrical plant--without affecting hearing. Read more →




