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PodcastDecember 14, 2020

Building technology

MIT Energy Initiative
PostDecember 11, 2020

A cool advance in thermoelectric conversion

MIT Department of Nuclear Science and Engineering
In a topological Weyl semimetal, the electronic properties are controlled by Weyl fermions, which do not possess any mass and to some extent resemble photons. When an external magnetic field is applied, these Weyl fermions are able to convert waste heat into electricity extremely effectively and efficiently.
PostDecember 10, 2020

On planetary change and human health: Commentary by Amy Moran-Thomas

MIT School of Humanities, Arts, and Social Sciences
Hurricane Hattie Belize, by Pen Delvin Cayetano, 1996, Oil on Canvas; ©2018 Artists Rights Society; reproduced with permission
PostDecember 8, 2020

MIT labs win top recognition for sustainable practices in cold storage mana...

MIT Safe & Sustainable Labs (S2L) Program
"My hope is that competitions like this inspire MIT and the entire world to take a more serious look about how we deal with the resources available to us: from electricity to recyclable waste,” says MIT Technical Associate Sebastian Smick.
PostDecember 3, 2020

Environmental Justice Law and Policy

MIT OCW
Photo of large outdoor encampment in rolling hills.
PostDecember 1, 2020

Planetary Health at MIT: Connections Amongst Ourselves and with Our Planet

MIT ESI Rapid Response Group
PostNovember 23, 2020

2020 MIT Climate Action Plan recommendations

MACA - MIT Alumni for Climate Action
PostNovember 20, 2020

Cracking the secrets of an emerging branch of physics

MIT News
“My goal is to create programmable artificial structured topological materials, which can directly be applied as a quantum computer,” says MIT grad student Thanh Nguyen.
PostNovember 18, 2020

System can sterilize medical tools using solar heat

MIT News
Researchers at MIT and the Indian Institute of Technology have come up with a way to generate the steam required by autoclaves, using just the power of sunlight, to help maintain safe, sterile equipment at low cost in remote locations.
PostNovember 11, 2020

Power-free system harnesses evaporation to keep items cool

MIT News
MIT researchers have developed a two-layer passive cooling system, made of hydrogel and aerogel, that can keep foods and pharmaceuticals cool for days without the need for electricity. In this photo showing a close-up of the two-layer material, the upper layer consists of aerogel and the bottom layer of hydrogel.

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