A new way to build membranes for fuel cells
Layer-by-layer assembly system could lead to improved fuel cells, batteries and solar panels
Power from motion and vibrations
Forget about batteries. The ability to harness electricity from tiny vibrations could power a new generation of electronic devices.
Rethinking networking
MIT researchers helped develop a theory that promised much more efficient data networks; then they were the first to put it into practice.
MIT's chapter of Engineers Without Borders launches first project
Students hope to bring electricity and clean water to Ugandan health clinic
Self-powered sensors
Harvesting electricity from small temperature differences could enable a new generation of electronic devices that don’t need batteries
3 Questions: Steven Spear on Toyota’s troubles
With the vaunted Japanese automaker recalling millions of cars, the MIT senior lecturer explains what went wrong
The power of ‘random’
A ‘seemingly loopy’ technique that MIT researchers helped develop could dramatically improve the efficiency of communications networks.
Awards and Honors: February 5, 2010
Faculty awarded early career grants; win investment research prize
3 Questions: David Mindell on Obama’s NASA proposal
MIT space researcher predicts that if adopted, Obama’s proposed budget and policy will lead to more joint human-robotic space exploration
First germanium laser
New results from MIT’s Electronic Materials Research Group bring us closer to computers that use light instead of electricity to move data.
Powering cube satellites
An electric propulsion technology for miniature satellites aims to give them more mobility — and may eventually allow them to take on deep-space missions.
CRTs going down the tubes? Hardly
Surprisingly, old-style television sets and computer screens are still in demand — to make new TV sets
Engineering a new way to study hepatitis C
Tissue engineers have successfully infected liver cells in the laboratory, allowing a better way to test new drugs.
Nonlinear thinker
With techniques for translating complicated equations into ‘sums of squares,’ Pablo Parrilo helps make sense of previously insoluble problems.