Latest quantum computing, quantum tech, and quantum industry news.
Rigetti Computing, Inc., a pioneer in full-stack quantum-classical computing research, has updated its technical roadmap and changed the projected launch timeframe for its eagerly awaited Cepheus-1-108Q system.
Read More Rigetti roadmap update: Cepheus-1-108Q System Launch Status
Learn Concurrence Percolation achieves long-range quantum entanglement faster than classical network models using singlet conversion protocols.
Read More Concurrence Percolation: Entanglement In Quantum Networks
Learn Riverlane designs fault-tolerant Delft quantum computing systems using decoder-on-a-chip and next-generation quantum error correction.
Read More Delft Quantum Computing Advances With Riverlane’s QEC Hub
Learn Open Quantum Institute (OQI) at CERN bridges the digital gap. OQI uses quantum computing as a “global public good” to achieve UN SDGs.
Read More Open Quantum Institute (OQI): Democratizing Quantum at CERN
Learn percolation threshold helps researchers predict when quantum networks can support long-distance entanglement and distributed computing.
Read More Understanding Percolation Threshold In Quantum Entanglement
Discover the latest quantum AI news on superconducting circuits, quantum networks, and intelligent algorithms. For more information, click on!
Read More Quantum AI News Explores Entanglement & Machine Learning
Fermionic antiflatness offers a precise metric for measuring non-Gaussian quantum states, with implications for quantum computing, sensing.
Read More Fermionic Antiflatness Quantifies Non-Gaussianity in Quantum
The Kendall’s Shape Theory, a powerful mathematical framework shaping modern biology research and advancing quantum computing applications.
Read More Kendall’s Shape Theory: Math, Biology, And Quantum Computing
Explore SEALSQ latest news as company leaders visit India to accelerate post-quantum semiconductor innovation and secure space systems.
Read More SEALSQ Latest News: India Adds Post-quantum Semiconductors
The article introduces the interpolation-based coordinate descent (ICD) framework to solve hybrid quantum-classical algorithm problems.
Read More Interpolation-based Coordinate Descent method for PQC