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Direct imaging reveals synchronized atomic behavior missing from classic theory of zero-resistance electricity.

New device controls vibrations at nanoscale to improve acceleration and gravity sensing beyond current limits.

Scientists discover highly conductive organic molecule to create smaller, more efficient, and powerful computing devices.

Electron spin in affordable lab-grown materials offers a simpler path toward scalable quantum computers and communication.

Researchers have discovered that tiny energy fluctuations found within a vacuum can be used to alter the behavior of nearby materials without the need for external power.

New discoveries in quantum physics could transform electronics and energy conduction.

Scientists precisely attach organic rings that hold metals to narrow carbon strips, creating systems that combine magnetism, light emission, and sensing for quantum applications.

Electrons in pentalayer graphene can be described as a "crystal" of electrons, where their positions and movements become highly correlated.

Researchers use atom-sized defects in crystals to pack terabytes of data into a tiny millimeter cube for regular computers.

Exploring how optical cavities reveal material properties with leaking light.