Explained: Radiative forcing
When there’s more energy radiating down on the planet than there is radiating back out to space, something’s going to have to heat up
Action needed to save climate, create jobs
MIT Energy Conference speakers see need to boost clean-energy businesses through a price on carbon and incentives for manufacturing
3 Questions: Hunt Allcott on behavioral economics and the energy crisis
Can understanding human irrationality help solve our energy problems? An MIT researcher explains
Ecological balancing act
Phytoplankton diversity depends on balance between competition and the ocean’s physical dynamics, new research suggests
Ancient hurricanes
Intense hurricane activity millions of years ago may have caused and sustained warmer climate conditions, new research suggests
MIT's chapter of Engineers Without Borders launches first project
Students hope to bring electricity and clean water to Ugandan health clinic
A silver lining to the Copenhagen cloud?
Though widely seen as a failure, December’s climate conference may actually have set the world on the right path, panelists suggest
CRTs going down the tubes? Hardly
Surprisingly, old-style television sets and computer screens are still in demand — to make new TV sets
Power from down under
Earth’s own heat could provide vast amounts of clean electricity, and current MIT research could help make it feasible
Architecture student wins $15K in worldwide competition
Proposal Would Create Large Recreational Network in Mumbai
Reporter's Notebook: Even in the cold, Clover is hot
Campus food truck is filmed for upcoming TLC show
Figuring out where to put the carbon
If we plan to keep using fossil fuels, we need to figure out how to sequester the resulting carbon dioxide. New tools from MIT could help evaluate where to do it — and how to keep it contained.
