His citation reads, "for novel materials for low-power memory and energy-efficient nanoelectronics.”

How AI Inferences of Race in Medical Images Can Improve—or Worsen—Health Care Disparities.

A molecular additive enhances next-gen LEDs – but shortens their lifespans.

Coordination could spare billions in grid upgrade costs and accelerate electrification

A “more-is-merrier” approach to computer chipmaking would create the vibrant and fast breakthroughs that America needs to succeed.

Thanks to Stanford University’s Community of Shared Advanced Research Platforms (c-ShARP)

The potential that foreign-born students and workers might be unfairly accused of cheating by AI detectors could be as high 97%.

Their paper is Highlighted in Nature: Airborne sonar spies on what lies beneath the waves.

The metallic compound could bring more efficient forms of computer memory to commercialization, reducing computing’s carbon footprint, enabling faster processing, and allowing AI training to happen on individual devices instead of remote servers.