Latest quantum computing, quantum tech, and quantum industry news.
Using IBM Brisbane hardware, researchers find that shallow, suboptimal circuits outperform complex entangled schemes in real quantum systems.
Read More IBM Brisbane Reveals the Power of Suboptimal Quantum Design
Explore the pivotal shift from NISQ (Noisy Intermediate-Scale Quantum) to FASQ (Fault-Tolerant Advanced-Scale Quantum) systems. Understand the evolution, challenges, and future of quantum computing.
Read More Inside the Shift From NISQ to FASQ Quantum Systems
PsiQuantum is assembling its Alpha System, a silicon photonics-based quantum computer designed to outpace matter-based competitors.
Read More PsiQuantum Alpha System to lead the Quantum Computing Race
Learn Quantum error mitigation techniques are advancing NISQ quantum computing, improving reliability and reducing noise in quantum devices.
Read More Quantum Error Mitigation Advances NISQ Quantum Computing
Discover how Variational Quantum Linear Solver (VQLS) is pushing the boundaries of CFD, offering faster and more efficient simulations.
Read More Variational Quantum Linear Solver Advances CFD Research
Discover how Perfect State Transfer advances quantum communication with more reliable data transfer on real quantum processors.
Read More Perfect State Transfer Improves Quantum Communication
Discover a new quantum state tomography scheme significantly reducing measurement for three-qubit systems. Increase quantum characterization.
Read More Quantum State Tomography Cuts Three Qubit Measuring Needs
Explore What is NISQ Era (Noisy Intermediate-Scale Quantum): understand its key characteristics, promising applications and difficulties.
Read More What Is NISQ Era, It’s Characteristics And Applications