As of 2019, coal-fired electricity generation directly employed nearly 80,000 workers. A new U-M study quantifies—for the first time—the technical feasibility and costs of replacing those coal jobs with local wind and solar employment nationwide.

A laser pulse that sidesteps the inherent symmetry of light waves could manipulate quantum information, potentially bringing us closer to room temperature quantum computing. The study could also accelerate conventional computing

Pandemic-related stories may dominate the news, but these other significant findings and developments at U-M also deserve attention.

A new biologically inspired battery membrane has enabled a battery with five times the capacity of the industry-standard lithium ion design to run for the thousand-plus cycles needed to power an electric car.

U-M has formed a collaboration with Michigan State University and Purdue University to study quantum science and technology, drawing together expertise and resources to advance the field.

Researchers have demonstrated an inexpensive, clear coating that reduced snow and ice accumulation on solar panels, enabling them to generate up to 85% more energy.

First released in 2019, the open-source leg’s free-to-copy design is intended to accelerate scientific advances by offering a unified platform to fragmented research efforts across the field of bionics.

U-M researchers will study the effectiveness of a new ammonia production process aimed at reducing greenhouse gas emissions. Bringing the process directly to farmers could cut environmental costs by reducing transportation requirements.

A proposed energy-production system based, in part, on cow stomachs could generate 40 percent more power from municipal waste streams, at a 20 percent reduced cost — and provide a viable alternative to sending waste to landfills.