In batteries, a metal reveals its dual personality
Branchlike deposits grow on lithium electrode surfaces in two ways, one much more damaging.
Branchlike deposits grow on lithium electrode surfaces in two ways, one much more damaging.
GE’s membership marks continued progress on goals of MIT’s Plan for Action on Climate Change to engage industry in solving global challenges.
GE commits to five-year, $7.5 million membership, including participation in MITEI’s Low-Carbon Energy Centers.
Focusing on New England/Québec Region, Québec premier and MIT vice president for research speak at Boston signing ceremony; Hydro-Québec CEO pledges funding.
Exposed in step-like formation, layers of new photovoltaic cell harvest more of sun’s energy.
Using electricity rather than heat can reduce both energy costs and greenhouse gas emissions.
Bubble-wrapped structure requires no mirrors or lenses to focus the sun’s heat.
New lithium metal batteries could make smartphones, drones, and electric cars last twice as long.
Electric vehicles can meet drivers’ needs enough to replace nearly 90 percent of vehicles now on the road.
New system can rapidly switch glass from transparent to dark — and keep it that way without power.
Approach could lower cost and eliminate need for antibiotics during biofuel production.
Summer Scholar Erica Eggleton joins Van Vliet Lab to make and test lithium manganese oxide electrodes.
New system from MIT can identify how much power is being used by each device in a household.
Linking emissions trading systems in developed and developing countries could yield environmental, economic benefits.
New interdisciplinary centers will advance clean technology in key areas.