In a groundbreaking leap for quantum computing, scientists at the University of Oxford have achieved the most precise single-qubit gate […]
Sub-One-in-a-Million Error in Trapped-Ion Single-Qubit Gates Read Post »
In a latest development, physicists have demonstrated a quantum sensor capable of detecting subtle signals that classical sensors cannot. This
ORNL–Yonsei Team’s Quantum Sensor Detects Phases 1.7 dB Below Noise Read Post »
In a groundbreaking advancement, researchers have developed an ultrasensitive quantum sensor capable of detecting electric fields with unprecedented precision. Published
New Quantum Sensor Achieves Record-Breaking Electric Field Sensitivity Read Post »
In a groundbreaking demonstration, researchers have achieved an exponential quantum speedup on IBM quantum computers for a notoriously challenging computational
IBM Qubits Achieve Exponential Speedup on Simon’s Problem Read Post »
Researchers in Germany have developed an all-optical system that produces ultracold rubidium Bose-Einstein condensates (BECs) more than twice per second.
Physicists Achieve Record-High Bose-Einstein Condensate Production at 2 Hz Rate Read Post »
Quantum sensor light meters are specialized devices used to measure light based on quantum principles, specifically by counting photons—the fundamental
Quantum Sensor Light Meters: Principles and Applications Read Post »
In a breakthrough demonstration, researchers at the University of Science and Technology of China (USTC) have achieved quantum key distribution
Single-Photon Emitters Unlock Next-Level Security in Quantum Communications Read Post »
Quantum Artificial Intelligence (Quantum AI) is emerging as a pioneering field at the intersection of quantum mechanics and artificial intelligence.
Quantum Artificial Intelligence: The Defining Technology of the 21st Century Read Post »
Imaginary Time Evolution (ITE) is a computational technique extensively used in quantum mechanics to find the ground states of quantum
Computing Excited States Using Imaginary Time Evolution Read Post »