Yiwen Song, a postdoctoral associate in electrical and computer engineering, has been named a 2026 Paul Baran Young Scholar by the Marconi Society. The prestigious award recognizes outstanding ...

Researchers reduced the pain of pTES, making noninvasive brain stimulation more practical for treating chronic pain, depression, and other conditions.

Timothy X. Brown has been named the next director of Carnegie Mellon University Africa, effective immediately. Brown is currently serving as interim director of the College of Engineering location in ...

AI is embedded in everyday technologies at low or no cost to most users, but it isn’t free. As AI proliferates, so do its demands on electricity and water resources, along with broader societal ...

For years, the semiconductor industry has been obsessed with packing more transistors into smaller spaces. As the AI boom drives demand for increasingly powerful processors, a less glamorous problem ...

For decades, monitoring cardiovascular health has required some combination of cuffs, sticky electrodes, wearable sensors, and frequent doctor visits. A new experimental system suggests the future of ...

In the fast-paced world of vacation rentals, property managers consistently face a challenge: the continuous arrival of guests. When managing an abundance of properties, knowing the exact state of a ...

Deep brain stimulation has transformed the treatment of certain neurological and psychiatric disorders. By delivering electrical pulses directly to specific brain circuits, implanted electrodes can ...

Quantifying muscle fatigue during exercise remains a persistent challenge across sports science and rehabilitation. Existing approaches often rely on subjective reporting or contact-based sensors.

Deep brain stimulation has come a long way, but neuroscientists still must choose between stimulating the brain safely, or stimulating it precisely. Non-invasive methods are safe, but electrical ...

Radio telescopes give us a glimpse into the cosmos. Detecting faint radio waves from stars, galaxies, and black holes, these instruments allow scientists to monitor the universe without interruption.