Latest quantum computing, quantum tech, and quantum industry news.
What is Circuit Quantum Acoustodynamics? The interaction between superconducting quantum circuits and acoustic vibrations (phonons) at the quantum level is the focus of the quickly […]
Read More Circuit quantum acoustodynamics cQAD: from qubits to phonons
Quantum transistors achieve a world-record 99.9988% fidelity, marking a major breakthrough toward scalable, fault-tolerant quantum computers.
Read More Quantum Transistors Achieve World-Record 99.9988% Fidelity
Learn how Sparrow Quantum’s €27.5M funding round will expand its single-photon technology and boost progress in photonic quantum computing.
Read More Sparrow Quantum gets €27.5M for Photonic Quantum Computing
QHub is changing the way organizations source quantum technologies with a transparent, efficient, and collaborative procurement ecosystem.
Read More How QHub Is Revolutionizing Quantum Technology Procurement
What is Landau–Zener–Stückelberg–Majorana phenomenon describes quantum state under time-varying fields, a cornerstone of quantum control.
Read More What is LZSM Landau-Zener-Mtückelberg-Majorana for Quantum
The Coherent Ising Machine (CIM) leverages quantum computing to optimize Beijing’s bus routes, solving complex traffic problems in milliseconds.
Read More Coherent Ising Machine Optimizes Beijing Urban Bus Routes
Discover artificial atoms, minuscule systems that behave like nature. Learn quantum dots and superconducting qubits promote quantum technology.
Read More Artificial Atoms Types, & Advantages For Quantum Technology
Self Assembled Monolayers SAMs enhance quantum circuits by cutting energy loss 80%, offering a major leap for fault-tolerant quantum systems.
Read More Self Assembled Monolayers SAMs cuts quantum circuit loss 80%
Quantum Local Area Networks (LANs) a scalable, practical quantum advantage by enabling fast, reliable communication between quantum devices.
Read More Quantum Local Area Networks For Practical Quantum Advantage
A new quantum Y splitter reshapes superconducting quantum circuits, enabling precise signal routing and enhanced control in quantum processors.
Read More Quantum Y Splitter Changes Superconducting Quantum Circuits