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D-Wave’s quantum computer outperforms a supercomputer, solving complex material problems fast, promising new discoveries in sci/tech.

China’s new quantum computer with 105 qubits beats supercomputers by a million times in random sampling tasks.

Researchers have demonstrated macroscopic quantum entanglement between two acoustic wave resonators on separate chips.

Scientists have built a system where small quantum devices can work together by connecting two quantum processors into one.

This breakthrough uses a protein from living cells as a qubit to sense tiny changes in biology, potentially revolutionizing how we study cells and advance quantum technology.

Researchers increase speed and stability of quantum bits using a special material, paving the way for more efficient quantum computers that solve complex problems faster than traditional ones.

Exploring psi-like correlations using spatially separated Dirac‑3 quantum computers, combining chaos-sensitive optimization, strict blinding, and human/organoid event streams for reproducible, falsifiable experimental insights

A new quantum approach uses light particles to improve accuracy in identifying images.

IBM aims to build a fault-tolerant quantum computer by 2029, capable of solving complex problems faster and more efficiently than traditional computers.

Researchers use a quantum computer to study how light changes real molecules for applications in medicine and energy.