MIT-MRL
@mitmrl
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MIT Materials Research Laboratory
Cambridge, MA
Joined December 2016
Five-lane electron superhighway could see ultra-efficient electronics https://t.co/deIobFZj0f
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Unleashing Earth’s Fury: How Next-Gen Geothermal Could Redefine Renewable Energy |
scitechdaily.com
Tapping into the heat below our feet as a form of renewable, clean energy has been attracting greater attention as the world moves toward alternatives to fossil fuels in the battle against climate...
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International Team Reports Powerful Tool for Studying, Tuning Atomically Thin Materials https://t.co/GD2Ffyowu3
https://t.co/f88ZySWeLe
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Physicists discover a new switch for superconductivity. The results could help turn up unconventional superconducting materials. https://t.co/bYx6f6gstA
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Team uses 3D printing to strengthen a key material in aerospace, energy-generation applications. The approach could improve the performance of many other materials as well. https://t.co/COKaGMsTFs
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Toward more flexible and rapid prototyping of electronic devices. FlexBoard is a flexible breadboard that enables rapid prototyping of objects with interactive sensors, actuators, and displays on curved and deformable surfaces. https://t.co/NLGO5z1Zit
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Drawing inspiration from butterfly wings, reflective fibers woven into clothing could reshape textile sorting and recycling. Read more: https://t.co/mmVHZwB64v
https://t.co/CeyEE1eCkd
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MIT scientists have shown that two previously separate fields in condensed matter physics can be combined to yield new, exotic phenomena. Work could have applications in future computers. Read more https://t.co/v5M8XCUWbz
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Study: Superconductivity switches on and off in "magic-angle" graphene https://t.co/MYNEp4Txdc
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MIT spinout 24M Technologies designed a battery that reduces the cost of manufacturing lithium-ion cells. Read more https://t.co/xSzQ9L4iwR
@24M_Tech
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Mining will play an important role in the world’s transition from fossil fuels to renewable forms of energy. How will the world meet that increasing demand while minimizing environmental and social impacts? Read more... https://t.co/9zAsSR2vSe
https://t.co/iIS7KyZSJp
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Teachers make Frankensteel during Materials Camp at MIT
phys.org
Ten high school teachers spent a week at MIT in July designing and making Frankensteel, a self-healing material inspired by the villain in the Terminator 2 movie. Next up: they aim to recreate the...
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MIT team reports giant response of semiconductors to light and explains atomic origins of phenomenon. Read more https://t.co/verbHFvUbg
https://t.co/305RGWO115
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Team IDs simple way to significantly increase lifetimes of fuel cells and other key devices by changing the “pH” of the system. Read More https://t.co/9QOW09fYej
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Teachers make Frankensteel during Materials Camp, a self-healing material inspired by the villain in the Terminator 2 movie Read more https://t.co/eANKO8D8sb
https://t.co/MF6HvVDoQW
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A lot of damage inside nuclear reactors is so small it’s difficult to detect. Now @MIT researchers Michael Short, Scott Kemp, and DMSE’s Ju Li can measure the damage, potentially extending the lifetimes of nuclear power plants. @mit_nse @MITEngineering
https://t.co/6qBsL5HUWm
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A team from @mitmrl including Prof. Yang Shao-Horn have mapped what happens at the atomic level in metal electrolysis. The work could become an important design tool for optimizing the production of metals such as lithium, iron and cobalt https://t.co/fQ3gwfklff 📸: Lesley Rock
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