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  1. ‘Unprecedented’ level of control allows person without use of limbs to operate virtual quadcopter

    Brain-computer interface can enable people with paralysis to socialize with others, participate in remote work and enjoy recreational activities.

  2. $5M to improve testing, durability, and noise levels of wave energy devices and offshore wind

    The research could make offshore renewable energy more reliable and a better neighbor to marine life, also enabling laboratory testing of larger prototypes.

  3. Light, flexible and radiation-resistant: organic solar cells for space

    Some carbon-based solar cells already show no drop in performance after three years’ worth of radiation, and the cause of degradation in others could be preventable.

  4. Twisted Edison: bright, elliptically polarized incandescent light

    Filaments curling at the micro- and nanoscale produce light waves that twirl as they travel.

  5. Beaver Island residents sign up for U-M wave energy panel

    Each member will provide essential input for U-M engineers to design a wave energy prototype that best suits the island’s needs.

  6. Toward quantum for the real world: photonic team in running for center-level funding

    A team led by the University of Michigan aims to bring the extraordinary accuracy of quantum laboratory measurements to real-world devices.

  7. Histotripsy tumor treatment moves from trials to triumphs in 2024

    U-M co-inventor of the cancer treatment has been named a National Academy of inventors fellow.

  8. Faster organic phosphorescence for better display tech 

    Layering an organic material on top of 2D materials achieves stable, fast phosphorescent light emission without using expensive and hazardous heavy metals.

  9. Battery-like computer memory keeps working above 1000°F

    The material transports oxygen ions rather than electrons, creating heat-resistant voltages for both digital memory and in-memory computing.

  10. Developing StiMote, a wireless neural stimulator for restoring vision

    The highly collaborative project will leverage many tiny sensing computers, called “motes,” to communicate with the visual cortex of the brain.