Latest quantum computing, quantum tech, and quantum industry news.
Learn how Quantum GANDALF introduces a powerful framework to enhance fault tolerance and reduce errors in large-scale quantum computers.
Read More Quantum GANDALF Boost Fault-Tolerant Quantum Computing
Detector error models are reshaping quantum error correction, improving noise prediction, and enabling fault-tolerant quantum computation.
Read More Detector Error Models For Quantum Error Correction Research
The FSP Fock Space Prethermalization driven quantum systems, infinite heating and preserving long-lived quantum order in complex environments.
Read More How The FSP Prevents Quantum Systems from Heating Infinitely
Discover how transforming quantum real estate forecasting, asset management, and investment strategies across global property markets in 2025.
Read More Quantum Real Estate News and Investment Opportunities 2025
Quantum thermometry record-breaking accuracy in remote sensing, enabling ultra-precise temperature measurements for science and technology.
Read More Quantum Thermometry Improves Remote Sensing In Accuracy
Discover how Non Markovianity enhance quantum error mitigation and teleportation efficiency, paving the way for robust next-gen quantum systems.
Read More Non Markovianity Benefits QEM And Quantum Teleportation
Discover how Quantum surface code scaling now performs better on heavy-hex QPUs, bringing scalable quantum error correction closer to reality.
Read More Quantum Surface Code Scaling For IBM Heavy-Hex Systems
Distributed Quantum Amplitude Amplification approach from Sun Yat-sen University improves scalability & reduces qubits for quantum computation.
Read More Quantum Amplitude Amplification For Scalable Computing
IonQ sets a new quantum record with 99.99% two-qubit gate fidelity, marking a major leap toward fault-tolerant quantum computing.
Read More IonQ Gains 99.99% Two-Qubit Gate Fidelity to Fault-Tolerance
QSVDD Quantum Support Vector Data Description improves quantum machine learning by providing efficient quantum data and classification.
Read More QSVDD Quantum Support Vector Data Description In QML