Michigan Engineering | University of Michigan Story by Colin Barras
The post The Future of Lasers appeared first on Michigan Engineering News.
The Future of Lasers
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Treating PFAS water contamination with cold plasma
University of Michigan researchers are developing better plasma technology that can destroy PFAS compounds
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Twisting magnetic fields for extreme plasma compression
When magnetic walls are closing in, wily plasma slips out between magnetic field lines. A Michigan-led team pioneered a way to keep more plasma contained.
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Catching nuclear smugglers: fast algorithm could enable cost-effective detectors at borders
The algorithm can pick out weak signals from nuclear weapons materials, hidden in ordinary radiation sources like fertilizer.
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Plasma jet wands could rapidly decontaminate hospital rooms
Room-temperature plasma beams could essentially dissolve away bacteria and viruses.
The post Plasma jet wands could rapidly decontaminate hospital rooms appeared first on Michigan Engineering News.
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Engineering Events: Earth Day at 50
Michigan Engineering faculty are hosting teach-ins on a range of Earth Year topics.
The post Engineering Events: Earth Day at 50 appeared first on Michigan Engineering News.
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Using lasers to measure uranium enrichment
Nuclear energy and nuclear nonproliferation would both benefit from a faster, easier way to measure what proportion of uranium atoms can split.
The post Using lasers to measure uranium enrichment appeared first on Michigan Engineering News.
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How a spray from the hardware store could improve nuclear fusion
A coating of polyurethane keeps plasma problems in check during magnetic compression.
The post How a spray from the hardware store could improve nuclear fusion appeared first on Michigan Engineering News.
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A new lead on a 50-year-old radiation damage mystery
A U-M-led team of researchers developed the first atomic-level simulation that produced a mysterious defect.
The post A new lead on a 50-year-old radiation damage mystery appeared first on Michigan Engineering News.
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Nobel Prize for ‘the most powerful laser pulses known to humanity’
At U-M, Gérard Mourou advanced ‘chirped pulse amplification,’ leading to more precise LASIK eye surgery and pushing the limits of optical science.
The post Nobel Prize for ‘the most powerful laser pulses known to humanity’ appeared first on Engineering Research News.