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Researchers propose a charge-neutral helium-3 oscillator that may resist electrical noise, with far lower predicted error rates than superconducting qubits.

Quantum computers have passed a mathematically proven test that no classical computer can ever pass, demonstrating an unconditional quantum advantage for the first time.

A 0.5B-parameter neural tensor-network pre-trained on hundreds of thousands of Hamiltonians generalizes to arbitrary systems—scaling to 8100 qubits.

Japan switched on its first full-stack neutral-atom quantum computer. Shunkai starts with 50 qubits, plans 500, and targets 10,000 by 2031.

Scientists at Virginia Commonwealth University create a method with nanomagnets and acoustic waves to manage electron spins more precisely for scalable quantum computing.

Karlsruhe researchers show how previously disruptive magnetic structures in special materials can act as stable qubits for future quantum technologies.

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

The agreement will provide up to ten thousand liters of rare helium-3 harvested from the moon to support quantum computing growth from 2028 onward.