A two-dimensional bismuth–indium selenide device switches below 60 millivolts per decade at room temperature and needs only 160 millivolts of gate swing.

A scientist suggests (again) that consciousness forms the basis of everything, with time, space, and matter emerging later.

Physicists achieve hundredfold increase in magnon stability by using purer materials and extreme cooling, opening practical paths to compact hybrid quantum systems.

This breakthrough combines quick laser bursts with quantum effects to boost secure data transfer and sensitive detection tools in fields like medicine and environmental monitoring.

The DOE has announced funding for research in quantum information science and its intersections with the foundations of physics.

Delving into the brain's interpretation of reality, Rachel St. Clair tackles the challenge of creating AGI and proposes a holographic model approach.

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

Breuckmann, Golowich and Vazirani prove quantum circuits can survive an adversary corrupting an almost-linear number of qudits at every time step.

International study shows a quantum process may appear without past influence in one description but retain it in another, opening paths for better quantum devices.

NeuroSA, a quantum-inspired tool, mimics brain functions to find optimal solutions for logistics, drug discovery, and more.