Helios argues that high-fidelity qubits are crucial for solving real-world problems, even if they mean slower gate speeds.

Researchers enhance Yb+ spectroscopy precision sixfold by utilizing a quantum atomic bath of ultracold atoms for continuous ...

UbiQD received $200,000 through New Mexico’s Quantum Technologies Award to develop a light source emitting single particles ...

Researchers propose ferromagnetism that occurs in electrons at a saddle point with band touching, which they call the ...

This research presents a state-space model that reduces decoder complexity, aiding quantum computers in achieving real-time ...

This research simplifies qubit rotations in circuit QED by identifying a unified, six-step protocol for a class of bosonic ...

This research presents a new theory modeling loss in quantum magnonic resonators, utilizing Finite-Temperature Quantum ...

The Fredkin gate swaps two bits when a control bit is 1 and loses no information. How Edward Fredkin designed it, why it is ...

Researchers develop a new coupler design to enhance connectivity between miniaturized superconducting qubits, enabling ...

Pasqal’s CEO will participate in a panel discussion at the Cantor Fitzgerald Crypto, FinTech, AI & Energy Infrastructure ...

Quantum leap physicists Dr. Frank Zhao & Dr. Zhengguang Lu jointly win Oxford’s 2026 Lee Osheroff Richardson Science Prize ...

New research demonstrates how Loops can twist quantum bits into entangled states via non-Abelian adiabatic holonomies, ...