Latest quantum computing, quantum tech, and quantum industry news.
Understand how digital annealer and quantum annealers are redefining computational efficiency and driving innovation across global industries.
Read More Digital Annealer vs Quantum Annealer In Quantum Computing
NEC and Parity Quantum Computing are collaborating to improve Kerr Parametric Oscillator technology for next-generation quantum computing.
Read More NEC And Parity Quantum Computing Improve KPO Research
D’ Wave Quantum Annealing can power AI with faster optimization, lower energy use, and real-world gains across ML, science, and industry.
Read More D’ Wave Quantum Annealing Powers Artificial Intelligence
Learn what the Micro-Mobility Dispatch Problem (MMDP) is and how it optimizes bike and scooter sharing in modern urban transport systems.
Read More MMDP: The Key To Smarter Bike And Scooter Sharing
Discovery QuADD applies quantum computing to accelerate drug discovery, optimizing molecular design and reducing development time and cost.
Read More QuADD: Improving Drug Discovery With Quantum Computing
Quantum annealing technology is solving complex physics problems, enabling faster optimization and new insights into fundamental systems.
Read More Quantum Annealing technology solves complex physics problems
PolarisQB has achieved quantum advantage in drug discovery, a major breakthrough in small-molecule design and pharmaceutical innovation.
Read More PolarisQB Achieves Quantum Advantage In Drug Discovery
Probabilistic computers achieve breakthrough performance at UCSB quantum annealers, & demonstrate potential for energy-efficient optimization.
Read More Probabilistic Computer Outperforms Quantum Annealer in UCSB
Discover why MSQW is emerging as a next-generation quantum algorithm, surpassing traditional approaches in scalability and robustness.
Read More How MSQW Outperforms Traditional Quantum Algorithms
Discover the Counterdiabatic driving offers a shortcut to adiabaticity, enabling faster and more efficient quantum operations without losing fidelity.
Read More How Counterdiabatic Driving Speeds Up Quantum Systems