Quantum Computing

Cornell team uncovers new quantum state, ‘quantum spin-glass,’ impacting quantum computing error correction and algorithm understanding.

An overview of a breakthrough in quantum networking using stretched diamond films to enhance qubits, making quantum networks more practical …

Researchers at UCL create one-atom-thick arsenic-phosphorus nanoribbons, boosting batteries, solar cells, and quantum computing.

In-depth study confirms quantum spin liquid behavior in KYbSe2, paving the way for quantum tech advancements.

Quantum tech advancements via quantum dots and twisted light, linking photonic tech to quantum mechanics for communication and encryption.

Innovative use of machine learning enhances quantum error correction for more robust qubit performance.

Exploring atomic simulations, researchers at UChicago unveil methods to engineer spin defects for quantum tech advancement. #QuantumComputing #Research

Argonne Lab achieves quantum leap, extending novel qubit coherence time by a thousand-fold.

Advancements at Delft University: Superconductors control spin waves on chips, paving the way for energy-efficient tech and quantum computing progression.

Breakthrough in Quantum Control: A Game-Changer for Next-Gen Electronics and ComputersResearchers from Penn State have unveiled a groundbreaking method to …