Streamlining Quantum Error Correction and Application Development with CUDA-QX 0.4
NVIDIA CUDA-Q released CUDA-QX version 0.4 for quantum error correction and application development.
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NVIDIA CUDA-Q released CUDA-QX version 0.4 for quantum error correction and application development.
NVIDIA released CUDA-Q 0.12, expanding the toolset for developing hardware-performant quantum applications.
MIT researchers reported that an often-ignored effect can probe a key property of semiconductors.
NVIDIA added dynamics gradients, DMRG, and simulation speed improvements to its cuQuantum library.
MIT Plasma Science and Fusion Center staff built a circuit with superconducting behavior to potentially supplant semiconductors in quantum computing.
NVIDIA CUDA-Q introduced CUDA-Q Academic to integrate AI supercomputing into quantum education.
Infleqtion optimized portfolios using Q-CHOP and NVIDIA CUDA-Q Dynamics.
MIT engineers reported advances in developing components for a fault-tolerant quantum computer.
NVIDIA CUDA-Q published material on its platform for quantum applications research.
NVIDIA CUDA-Q announced support for quantum error correction research using its platform.
NVIDIA and QuEra developed an AI method to decode quantum errors using CUDA-Q.
Photonic introduced SHYPS error correction codes.
NVIDIA CUDA-Q ran a logical qubit application on Infleqtion's QPU.
NVIDIA CUDA-Q introduced cuPQC, a library for GPU-accelerated post-quantum cryptography.