QUANTUM COMPUTING
NVIDIA NVQLink Bridges Accelerated and Quantum Computing
NVIDIA introduces NVQLink, an open platform architecture that integrates accelerated computing with quantum processors, enhancing the capabilities of quantum computing systems.
NVIDIA and RIKEN Propel Japan's AI and Quantum Computing with New Supercomputers
NVIDIA partners with RIKEN to launch two supercomputers, enhancing Japan's capabilities in AI and quantum computing, and supporting its sovereign AI strategy.
NVIDIA Unveils NVQLink: Bridging Quantum and GPU Computing
NVIDIA introduces NVQLink, a system architecture connecting quantum processors with GPU computing, aiming to accelerate quantum supercomputing across major scientific labs and quantum builders.
Quantum Computing Advances Pose Threat to Bitcoin (BTC) Security
As quantum computing technology advances, concerns rise over its potential impact on Bitcoin and blockchain security, according to CoinMarketCap.
NVIDIA Enhances Qubit Research with cuQuantum in QuTip and scQubits
NVIDIA's cuQuantum integrates with QuTip and scQubits, accelerating quantum simulations and enabling advanced qubit research with improved performance and scalability.
Quantum Computing Challenges Mitigated by Accelerated Computing Advances
Discover how accelerated computing is addressing quantum computing challenges, enhancing error correction, circuit compilation, and system simulation to bring quantum applications closer to reality.
NVIDIA Enhances Quantum Computing with CUDA-QX 0.4 Release
NVIDIA's CUDA-QX 0.4 introduces advanced features for quantum error correction and application development, streamlining processes for researchers in quantum computing.
NVIDIA Enhances Quantum Computing Capabilities with CUDA-Q 0.12 Update
NVIDIA's CUDA-Q 0.12 update introduces advanced simulation tools for quantum computing, offering improved performance and flexibility for researchers in quantum application development.
NVIDIA Enhances cuQuantum with Dynamic Gradients and DMRG Primitives
NVIDIA's cuQuantum SDK introduces dynamic gradients, DMRG primitives, and performance improvements, enhancing quantum computing emulations on Tensor Core GPUs.
NVIDIA Unveils AI Innovations at GTC Paris 2025
NVIDIA's GTC Paris 2025 highlights Europe's AI advancements, featuring powerful new systems like Grace Blackwell NVL72 and collaborations for AI infrastructure and quantum computing.
NVIDIA, Ansys, and DCAI Collaborate on Quantum Algorithms for Fluid Dynamics
NVIDIA partners with Ansys and DCAI to advance quantum computing applications in fluid dynamics using the Gefion supercomputer and CUDA-Q platform.
NVIDIA GB200 NVL72: Pioneering Quantum Computing with Accelerated Systems
NVIDIA's GB200 NVL72 systems are advancing quantum computing by integrating GPU acceleration, crucial for developing algorithms, low-noise qubits, and hybrid applications.
NVIDIA CUDA-Q Academic Revolutionizes Quantum Education with AI Supercomputing
NVIDIA's CUDA-Q Academic provides interactive resources for quantum computing education, bridging theory and practice to prepare students for hybrid quantum-classical systems.
Quantum Computing vs. Bitcoin: Is Encryption Really at Risk?
Quantum computing threatens Bitcoin long-term, but current risks are low. Solutions like PQC and hard forks are being explored.
Infleqtion Enhances Portfolio Optimization with Q-CHOP via NVIDIA's CUDA-Q
Infleqtion leverages NVIDIA's CUDA-Q platform to enhance portfolio optimization through the Q-CHOP algorithm, promising improved financial outcomes with quantum computing.
