The University ramps up research efforts to understand and stem the effects of the global COVID-19 health crisis.

We don’t know much about how coronaviruses behave and move through the environment. U-M and Stanford engineers aim to change that.

“It’s like you have a hand again,” says Joe Hamilton, as U-M researchers amplify faint, latent signals from arm nerves to enable real-time, finger-level control of a robotic hand.

History shows that taking strong steps now to slow the spread of coronavirus will help communities and individuals. How can you help?

A U-M team is advancing conversational AI to find whether speaking with an inhuman entity could be equally, if not more, fruitful and enjoyable than engaging with a fellow human.

Doctors and engineers collaborate on a noninvasive way to measure whether brain cells are in distress using an infrared laser. The new device could enable concussions to be diagnosed on the sidelines of an athletic event.

A solar-powered catalyst uses artificial photosynthesis to turn carbon dioxide into methane. We could be recycling smokestack CO2 within 5-10 years, researchers say.

First data from NASA’s Parker Solar Probe mission has implications for space weather prediction and Earth’s power grid.

When an influenza epidemic threatened the American effort in World War II, the War Dept. drafted scientist Tommy Francis to combat the killer virus. Francis’ team at U-M developed the world’s first flu vaccine.