Latest quantum computing, quantum tech, and quantum industry news.
Researchers demonstrate acoustic strain control in germanium quantum dots, enabling precise tuning of quantum states for advanced quantum.
Read More Acoustic Strain Control for Quantum Dots in Germanium
Caltech quantum computing set a new record with a 6,100-qubit array, a breakthrough in building powerful, error-corrected quantum computers.
Read More Caltech Quantum Computing Unveils Record 6,100-Qubit Array
Learn how CDimension innovative 2D Materials technology overcomes limitations of exfoliation-quality layers to support reliable quantum computing.
Read More CDimension Wafer-Scale 2D Materials to reduce Quantum Noise
Discover how Quantum STS leverages Kerr-Cat qubits with SQUID symmetry to achieve unprecedented quantum stability and noise resilience.
Read More Quantum STS: Kerr-Cat Qubits With SQUID Symmetry
Discover how TRACS, a machine learning technique, automates quantum dot tuning, enabling precise qubit control & scalable quantum computing.
Read More TRACS: The Future of Quantum Dot Calibration and Control
Discover how Triple quantum dots enable improved qubit coherence and precision control, marking a breakthrough in scalable quantum computing.
Read More Triple Quantum Dots: Superior Coherence And Qubit Control
Yale researchers have identified coherent noise as a major challenge for quantum computing, with implications for error correction and scalability.
Read More Yale Researchers reveal Coherent Noise In Quantum Computing
Discover how Rabi-driven qubits enable precise control of quantum states, improving gate fidelity, coherence in superconducting quantum systems.
Read More Rabi-Driven Qubit Ultra Squeezed for Bosonic Quantum systems
Double quantum dots to asymmetric superconducting quantum dots (ASQs), accurate spin-state transitions improve and quantum computing.
Read More Double Quantum Dot Spin-State Transitions By Coupling To ASQ
This article explains how the dimensional nature of Hilbert space empowers qubits, enabling superposition, entanglement, & scalable quantum.
Read More Hilbert Space & Qubits: finding the Power of Quantum States