Rare Metal Supply Endangers Clean Energy Future?

Researchers at MIT say they have uncovered a potential hazard to the future of clean energy technologies: the supply of rare metals. Read more →
MIT 3D Solar Panels The Clean Energy Game Changer?

MIT researchers have developed 3-D solar designs they believe can more than double the solar power generated from a given area, compared to that of traditional solar layouts. Read more →
At MIT Energy Conference, Innovators Talk Renewables

Yale Environment 360 reports on a recent MIT energy conference which brought together innovators in the green technology space to ponder clean energy questions. Read more →
Copenhagen Wheel Ups Cycling Power, Spins Info

The Copenhagen Wheel is more than an electric bicycle concept—it’s also a smart sensing device that provides real time feedback to riders. Read more →
MIT Slows Light To Absorb And Generate Energy

Reducing the speed of light using nanotech could lead to new ways to generate electricity, MIT researchers say. Read more →
Greenbean Makes Recycling A Doubly Good Deed

Thanks to Greenbean's reverse vending machine initiative, it's never been easier or more fun to recycle unwanted containers into cash or charitable donations. Read more →
Ubiquitous Energy: A Solar Game-Changer?

Miles Barr, who recently completed his Ph.D. at MIT, won the Lemelson-MIT Student Prize for a new approach to solar cells that could make generation ubiquitous. Read more →
MIT Battery Hums Cheaply With Molten Metals

Researchers at MIT have developed a liquid-metal battery energy storage system that could make integrating renewable energy technologies more economical. Read more →
MIT’s Online Tool Tackles Solar Cell Impurity

MIT researchers have developed an online tool that could enable solar energy researchers and manufacturers to make better silicon solar cells more quickly. Read more →
DIY Solar? For Cheap? MIT Says Yes, Yes

Researchers say their breakthrough could lead to solar panels made from a plant material—a cheap, easy alternative to traditional solar cells. Read more →




