MIT Professor Is Unlocking A More Sustainable Future with Electrochemistry

Betar Gallant, associate professor of mechanical engineering at MIT, utilizes electrochemical reactions to develop new sustainable technologies, including systems that capture carbon dioxide emissions and produce higher-energy rechargeable Lithium-ion batteries for electric vehicles.

[@saqlainsiddiqi]

12th grade student and this video made my interest boost ten folds in the subject of electrochemistry. Thank u MIT.

[@moroniafrifa614]

Great video! It's incredible to see great strides towards better batteries.

[@francescos7361]

Thanks interesting.

[@kychemclass5850]

With you on the amazingness of Electrochem, but no need to attach the questionable narrative of CO2 A.G.W, like virtually every organic pharmaceutical synthesist does on their molecules of interest with cancer and HIV or Malaria.. It' is entirely plausible that CO2 is a buffer like response to the sheer amount of heat we are producing, (allowing plants globally to sequester the heat in subtle ways) since the industrial revolution and unless you can quantify how much CO2 comes from natural sources including the exact role of clouds in trapping heat, we are foolish to spend so much money on something that may actually cause us more problems in the future. Who knows, if the buffer proposition above is a reality, we are in danger of awakening a hitherto unknown great problem..