Initial State | QuantumWire

The Surprising Reason a Classical Computer Beat a Quantum Computer at Its Own Game

The Surprising Reason a Classical Computer Beat a Quantum Computer at Its Own Game

Perturbations Simplify the Study of “Super Photons”

Perturbations Simplify the Study of “Super Photons”

Initial State

Supercurrent Enables the Reading of Quantum Information Without Destroying It

Technology October 22, 2026
Quantum Physics: The Bridge Builder

Industry September 18, 2026
Fujitsu Releases Open Quantum Application Research Package as Open Source to Accelerate Quantum Application Development

Business September 16, 2026
‘Check Your Ingredients’: A New Blueprint for Using Fermi’s ‘Golden Rule’

Technology July 9, 2026
Precision Boost for Quantum Sensor Technology

Industry April 13, 2026
Robust Frozen Dynamics Observed on a Quantum System

Industry February 20, 2026
New Framework Unifies Space and Time in Quantum Systems

Technology January 7, 2026
Quantum Leap: Entangled States Enhance Energy Transfer in Models of Molecular Systems

Technology October 2, 2025
Excellent Science: David DiVincenzo Named 2025 Clarivate Citation Laureate

Industry September 26, 2025
Entanglement Battery Powers Quantum Reversibility

Technology July 4, 2025
Enhancing Quantum Metrology by Quantum Resonance Dynamics

Technology July 2, 2025
New Protocol Demonstrates and Verifies Quantum Speedups in a Jiffy

Technology June 12, 2025
Quantum Computers Successfully Model Particle Scattering

Technology March 2, 2025
Unique Quantum Simulator Opens Door to New Research

Technology February 9, 2025
Researchers First Observe Counterflow Superfluidity in Mott Insulator

Technology January 30, 2025