Latest quantum computing, quantum tech, and quantum industry news.
Discover superconducting quantum computer built entirely with homegrown tech, this project at Osaka University Japan’s position as a global leader.
Read More Osaka University Japan’s First Domestic Quantum Computer
GKP code qudits offer powerful error correction, enhancing long-distance quantum repeaters for scalable and fault-tolerant quantum networks.
Read More Long-distance Quantum repeaters Benefit from GKP Code qudits
IQM successfully validates a noise model on its superconducting quantum chip, improving error characterization for scalable quantum computing.
Read More Noise Model Verified On IQM’s Superconducting Quantum Chip
Learn Quantum Information Science and Engineering are drug discovery by enabling faster, more accurate modeling of molecular interactions.
Read More Quantum Information Science And Engineerings Drug Discovery
Quantum Hamiltonian Descent (QHD-ALM) offers a powerful quantum-inspired method to solve nonlinear programming (NLP) problems efficiently.
Read More Quantum Hamiltonian Descent (QHD-ALM) For Non-Convex NLP
ParityQC introduces parity codes for efficient quantum error correction, boosting the stability and scalability of next-gen quantum computers.
Read More ParityQC Offers Quantum Error Correction With Parity Codes
ICCR News (Iterative Clifford Circuit Renormalization) revolutionizes quantum circuit, enabling more efficient and scalable quantum computations.
Read More ICCR News :Iterative Clifford Circuit Renormalization
This article highlights the key role of empirical learning in designing, implementing effective dynamical decoupling on real-world quantum processors.
Read More Empirical Learning for Dynamical Decoupling On Quantum CPUs
Learn how neural networks are revolutionizing Continuous Variable QKD by increasing secret-key rates and quantum communication security.
Read More Neural Networks Continuous Variable QKD Secret-Key Rates
This article discusses how Hamiltonian expressibility in Variational Quantum Algorithms is vital for quantum supremacy and practical applications.
Read More Hamiltonian Expressibility: Variational Quantum Algorithms