
01/28/2025
Assistant Professor Rohini Bala Chandran recently collaborated on a study that examines a new modeling framework to predict the performance of sunlight-driven photocatalytic hydrogen production.
Assistant Professor Rohini Bala Chandran recently collaborated on a study that examines a new modeling framework to predict the performance of sunlight-driven photocatalytic hydrogen production.
The research could make offshore renewable energy more reliable and a better neighbor to marine life, also enabling laboratory testing of larger prototypes.
A framework bridging computational modeling and practical application helps rapidly screen materials for storing methane, improving practical use of the natural gas
David Kwabi’s electrochemical carbon capture technology has been licensed by a U-M startup to be developed for commercial-scale use.
Margaret Wooldridge discusses report from the National Academies, calling for increased research into another greenhouse gas to target for removal.
Dasgupta aims to collaborate with researchers from across the University of Michigan to prototype a device for carbon dioxide conversion and perform cost-modeling for pathways to scaling up and putting out a value-added product based on that prototype.
Researchers will advance battery technologies going beyond current lithium ion capabilities.
It looks like the same mechanism that breaks up airplane contrails might be at play in forming the clumps of hydrogen gas that ring the remnant of supernova 1987A.
The Energy Transport Laboratory has published a new study about droplet coalescence, an important process that affects droplet shedding on state-of-the-art oil-impregnated surfaces.
Funded with $1 million from the Department of Energy’s Nuclear Energy University Partnerships program, ME professor, Serife Tol, will be developing a quality assessment method for nuclear reactor parts using advanced ultrasonic imaging.