menuMIT logoMIT Open
search
Profile image for anonymous
arrow_drop_down
home
add
Channels
Channel avatar for lemelsoneducators
Let's Invent!
Channel avatar for maca
MIT Alumni for Climate Action
Channel avatar for bootcamps
MIT Bootcamps
Channel avatar for teachremote
Teaching and Technology
Channel avatar for teachlab
TeachLab
Channel avatar for themove
We Who Engage
Contact us
Community Guidelines
Terms & Conditions
Accessibility
MIT logo
Massachusetts Institute of Technology
© 2016-2025 - All rights reserved
close
close
replay_10
play_circle_outline
forward_30
::
Channel banner for maca
Channel avatar for maca
MIT Alumni for Climate Action
Support climate action at all levels.
HomeAboutsearch

Report Postclose

Remove Postclose

Are you sure? After you remove the post, it will no longer appear in channel listings but you can access it directly. You can undo this later by clicking "approve".

Delete Postclose

Are you sure you want to delete this post? This is a permanent action and cannot be reversed.

A new high efficiency thermoelectric material to convert waste heat to electricity(nature.comopen_in_new)
Profile image for sbanerji
sbanerji
4 years ago
arrow_upward2
replyShare
rss_feedFollow

Delete Postclose

Are you sure you want to delete this post?

Similar Posts

open_in_newDeforestation and climate change are projected to increase heat stress risk in the Brazilian Amazon
lilianapimentel@uol.com.br in MIT Alumni for Climate Action
open_in_newEmergency deployment of direct air capture as a response to the climate crisis
Bruce H Parker in MIT Alumni for Climate Action
open_in_newEnabling Conditions for a Sustainable Blue Economy
sbanerji in MIT Alumni for Climate Action
open_in_newShips are triggering methane gas emissions in cold water shipping lanes as the sediment releases gas from the ships' pressure waves -- observed emissions that were 20 times higher in the shipping lane than in undisturbed nearby areas.
Rick Clemenzi in MIT Alumni for Climate Action