Latest quantum computing, quantum tech, and quantum industry news.
The Hubbard model, simulated with tile trotterization, provides new insights into quantum many-body systems and next-gen material science.The Hubbard model, simulated with tile trotterization, provides new insights into quantum many-body systems and next-gen material science.
Read More The Hubbard Model Simulations With Tile Trotterization
Adiabatic Protocol creates quantum thermal states. It accurately models complicated, mixed natural conditions, tackling a major technology barrier.
Read More Adiabatic Protocol For Quantum Thermal States By Quantinuum
A new partnership between Wellcome Leap Q4Bio, Sanger, and Quantinuum aims to revolutionize genomics and biomedical research.
Read More Quantum Genomics: Quantinuum Joins With Sanger For Q4Bio
Discover how universal error correction can solve one of quantum computing’s biggest challenges building scalable distributed systems.
Read More Universal Error Correction For Distributed Quantum Computing
Michigan State University launches the QCORE facility, featuring a Rigetti Novera quantum QPU to accelerate quantum research and innovation.
Read More MSU Unveils QCORE Facility With Rigetti Novera Quantum QPU
Discover how HQCGANs, or Quantum Generative Adversarial Networks, harness quantum power to boost generative AI performance and efficiency.
Read More HQCGANs: Quantum-Classical Generative Adversarial Networks
IBM Ventures announces a $500M fund to accelerate innovation in artificial intelligence and quantum computing startups worldwide.
Read More IBM Ventures Invests $500 M In AI & Quantum Computing
Discover how the Quantum RydKernel method transforms QML by eliminating concentration bottlenecks and unlocking stable quantum learning.
Read More Quantum RydKernel Solution To Concentration Problems In QML
Discover how Japan KDDI and collaborators are merging AI and quantum computing to create a powerful new technology platform in Japan.
Read More Japan KDDI And Partners Launch AI-Quantum Platform
Learn universal classical shadows, a robust framework for extracting a vast array of properties from unknown quantum states with high efficiency.
Read More Classical Shadows For Efficient Quantum States Tomography