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Radiation-resistant graphene nanoribbon sensors survive fusion-level gamma exposure, opening new pathways for space and nuclear instrumentation.

This breakthrough in two-dimensional layers could lead to better data storage technologies and new insights into how magnets work at tiny scales.

Researchers at the University of Hong Kong create soft transistors that mimic brain cells, opening new ways to blend electronics with living tissues for health and tech advances.

Researchers overcome temperature barriers to create dense three-dimensional chips that could sustain advances in computing power and artificial intelligence.