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Strong magnetic fields change how friction works in plasma
  1. Strong magnetic fields change how friction works in plasma

    Rather than just slowing down a charged particle moving through a plasma, friction can also push from the side in a strong magnetic field.

    The post Strong magnetic fields change how friction works in plasma appeared first on Michigan Engineering News.

  2. In the news: Michigan Engineering experts August 9-13

    Highlights include the Los Angeles Times.

    The post In the news: Michigan Engineering experts August 9-13 appeared first on Michigan Engineering News.

  3. Faster path planning for rubble-roving robots

    Splitting the path into difficult and easy terrain speeds up path planning for robots that use “hands” to maintain balance on uneven ground.

    The post Faster path planning for rubble-roving robots appeared first on Michigan Engineering News.

  4. Most powerful laser in the U.S. to begin operations soon, supported by $18.5M from the NSF

    With first light anticipated in 2022, the NSF will provide five years of operations funding, ramping up as the ZEUS user facility progresses to full capacity.

    The post Most powerful laser in the U.S. to begin operations soon, supported by $18.5M from the NSF appeared first on Michigan Engineering News.

  5. In the news: Michigan Engineering experts August 2-6

    Highlights include Wired and CNN.

    The post In the news: Michigan Engineering experts August 2-6 appeared first on Michigan Engineering News.

  6. High Efficiency Ultraviolet Light Emitting Diodes to sterilize pathogens, including COVID-19

    Research led by Prof. Zetian Mi has been honored with the 2020 Editor-in-Chief Choice Award from “Photonics Research.”

    The post High Efficiency Ultraviolet Light Emitting Diodes to sterilize pathogens, including COVID-19 appeared first on Michigan Engineering News.

  7. Helping autonomous agents make smarter decisions in chaotic environments

    A new algorithm gives autonomous agents the ability to take in batches of multiple instructions at once while responding dynamically to changes in their surroundings.