Latest Breaking News On - துறை ஆஃப் இயந்திர பொறியியல் - Page 18 : comparemela.com
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The School of Engineering has announced that MIT has granted tenure to eight members of its faculty in the departments of Chemical Engineering, Electrical Engineering and Computer Science, Materials Science and Engineering, Mechanical Engineering, and Nuclear Science and Engineering.
“This year’s newly tenured faculty are truly inspiring,” says Anantha Chandrakasan, dean of the School of Engineering and Vannevar Bush Professor of Electrical Engineering and Computer Science. “Their work as educators and scholars has shown an incredible commitment to teaching and research they have each had a tremendous impact in their fields and within School of Engineering community.”
This year’s newly tenured associate professors are:
Ruonan-han
Heatherj-kulik
Alberto-rodriguez
Anantha-chandrakasan
Kwanghun-chung
James-swan
Mohammad-alizadeh
Google
Artificial-intelligence-laboratory
Faculty-research
Microsystems-technology-laboratories
Department-of-chemical-engineering
Credits: Image: Adam Glanzman
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Asegun Henry has a bold idea to save the world. He believes the key to reducing carbon emissions, and mitigating further climate change, lies in our ability to box up the sun.
Today, much of the renewable energy that’s captured from the wind and sun is delivered in a use-it-or-lose-it capacity. To store such energy, Henry envisions a completely sustainable, zero-carbon grid with the potential to supply all our electrical needs, even on overcast and windless days. And he has a blueprint for how to get there.
Imagine, alongside solar plants and wind turbines, a heavily insulated, warehouse-sized container filled with white-hot liquid metal. Any excess energy captured during low-use times would be diverted into this container, where it would be converted into heat. When energy demand goes up, the liquid metal could be pumped through a converter to turn heat back into electricity.
Oak-ridge
Georgia
United-states
Florida
Boston
Massachusetts
Egypt
Egyptian
Asegun-henry
Makola-abdullah
Floridaam-university
Department-of-mechanical-engineering
Massachusetts Institute of Technology
Asegun Henry has a bold idea to save the world. He believes the key to reducing carbon emissions, and mitigating further climate change, lies in our ability to box up the sun.
Today, much of the renewable energy that’s captured from the wind and sun is delivered in a use-it-or-lose-it capacity. To store such energy, Henry envisions a completely sustainable, zero-carbon grid with the potential to supply all our electrical needs, even on overcast and windless days. And he has a blueprint for how to get there.
Imagine, alongside solar plants and wind turbines, a heavily insulated, warehouse-sized container filled with white-hot liquid metal. Any excess energy captured during low-use times would be diverted into this container, where it would be converted into heat. When energy demand goes up, the liquid metal could be pumped through a converter to turn heat back into electricity.
Oak-ridge
Georgia
United-states
Florida
Boston
Massachusetts
Egypt
Egyptian
Asegun-henry
Makola-abdullah
Floridaam-university
Department-of-mechanical-engineering
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