Science and Technology

  1. A self-driving car with computerized messages from M-City

    U-M launches three XR-enhanced courses

    U-M’s Center for Academic Innovation and Coursera have launched the first three in a set of 10 planned online learning opportunities that integrate extended reality technologies into the learning experience.

  2. Graphic of doctor handing prescription to a female patient.

    Got questions about weight-loss drugs? These experts have answers

    Michigan Medicine specialists weigh in on the latest news regarding medications for obesity — from drug shortages and medication misuse to rising costs and side effects.

  3. Jordan Weston, who suffers from ALS, wears a breathing tube and looks at two computer screens running a music production program.

    Making music with only his eyes

    ALS can’t keep Jordan Weston from his lifelong passion for producing music. Through a sensor bar on his tablet, the tobii dynavox I-16 tracks Weston’s eye movements, allowing him to control the music software and build out his songs.

  4. Graphic depicting the dangers of artificial intelligence using a human head with gears and twisted wires.

    U-M researchers aim to bring humans back into the loop, as AI use and misuse rises

    We’re talking about AI the wrong way, says Ross professor Nigel Melville. ‘We’re moving away from the things we want, such as better medications, elder care and safety regulations, and toward the things we don’t, like harmful deepfakes, job losses, and biased decision making.”

  5. Jarrett Irons, wearing Michigan gear, holds a football. Image credit: Jeremy Marble

    Brain health, concussions and sports: Is there a long-term connection?

    The Michigan Alumni Brain Health Study will compare cognitive, mood, sleep, pain, and functional outcomes to examine whether sport participation and concussions are associated with later-life brain health in former U-M athletes and nonathletes.

  6. The fossilized skull of Coccocephalus wildi, an early ray-finned fish that swam in an estuary 319 million years ago. The fish is facing to the right, with the jaws visible in the lower right portion of the fossil. The eye socket is the circular, bumpy feature above the jaws. This fish would have been 6 to 8 inches long, about the size of a bluegill. Photo credit: Jeremy Marble, University of Michigan News.

    319-million-year-old fish preserves the earliest fossilized brain of a backboned animal

    The CT-scanned skull of a 319-million-year-old fossilized fish, pulled from a coal mine in England more than a century ago, has revealed the oldest example of a well-preserved vertebrate brain.

  7. Díaz in Cuba as a child. He is dressed in white with a light blue tie and has his harm on the shoulder of a younger child dressed in overalls with no shirt underneath. They look to be in school.

    From Cuba to chemical engineering: ‘I’m supposed to be here’

    Ph.D. student José Carlos Díaz first merged his knack for engineering and science by repairing microscopes for use in his sixth-grade class. He was 11 years old. He’s now an ion-diffusion researcher at one of the top chemical engineering programs in the U.S.

  8. Albert Shih, who leads the N95 project at U-M, visits the N95 and mask production factory floor of the industry lead DemeTECH. Image courtesy: Albert Shih.

    U-M researchers helping to develop a machine for on-demand N95 mask manufacturing

    Launched with $3 million from the American Rescue Plan Act, the project aims to develop better respirators with new manufacturing processes that can be ramped up on demand, protecting both health care workers and the public.

  9. Replica of the complex molecule, stemoamide, built in mere three steps in Tim Cernak’s Lab. Image credit: Austin Thomason, Michigan Photography

    U-M discovery dramatically reduces time it takes to build molecules

    With a big assist from artificial intelligence and a heavy dose of human touch, U-M researchers have discovered how to speed up the time-consuming chemical process of building molecules that will be tomorrow’s medicines, agrichemicals, or materials.

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