Michigan Engineering | University of Michigan Lasers of tomorrow might neutralize nuclear waste, clean up space junk and advance proton therapy to treat cancer, says Gerard Mourou.
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New study finds inaccuracies in arsenic test kits in Bangladesh
About 25 million Bangladeshis face risks of developing skin lesions and cancers due to unsafe levels of arsenic in drinking water.
The post New study finds inaccuracies in arsenic test kits in Bangladesh appeared first on Michigan Engineering News.
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A new $1.6M energy project to develop low cost manufacturing of white organic lighting
Prof. Stephen Forrest is developing an automated high-yield roll-to-roll process to manufacture organic LEDs for lighting.
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Election security: Halderman recommends actions to ensure integrity of US systems
In congressional testimony, professor urges $370M in federal funding to replace outdated machines.
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Solar storm congressional testimony: ‘The risk is real’
Professor Justin Kasper addresses Senate committee on solar threat to power grid.
The post Solar storm congressional testimony: ‘The risk is real’ appeared first on Michigan Engineering News.
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Personalized knowledge graphs for faster search and digital assistants
Graphs that are customized, stored locally, and able to change over time can enable faster and more accurate searching and digital assistants
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Speeding up code with clever data manipulation
Kasikci presents a method to improve a program’s ability to use data in a straightforward, efficient way
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New research for the future of sustainable power and energy
Take a look at some of the exciting new projects that will help define the next evolution of sustainable power and energy.
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Battery economics could power the future of energy
Prof. Johanna Mathieu of EECS and Prof. Catherine Hausman of Public Policy are heading a new project to explore the social costs and benefits of battery energy storage on the electrical grid.
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Running an LED in reverse could cool future computers
Harnessing heat flow at the nanoscale while suppressing thermal radiation from the LED enables a new approach to light-based cooling.
The post Running an LED in reverse could cool future computers appeared first on Michigan Engineering News.
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