Hybrid Quantum-Classical Algorithms Set New Benchmarks in Quantum Chemistry Quantum computing is rapidly transforming the way scientists approach complex problems. A breakthrough study has introduced a streamlined workflow that merges quantum and classical computing to model ... computational chemistry error mitigation GPU acceleration hybrid algorithms quantum chemistry quantum computing quantum hardware
Hybrid Quantum-Classical Algorithms: Transforming Molecular Simulations for Drug Discovery and Materials Science Predicting complex chemical reactions has long challenged scientists, especially when speed and accuracy are critical. Recent advances are reshaping this landscape. Researchers have unveiled a hybrid ... drug discovery error mitigation GPU acceleration hybrid algorithms molecular simulation quantum chemistry quantum computing transition metal complexes
NVIDIA Blackwell and Llama 4 Maverick: Ushering in a New Era of AI Inference Speed An NVIDIA AI system accomplished a record breaking 1,000+ tokens per second, per user, from a 400-billion-parameter language model all on a single machine. NVIDIA’s Blackwell architecture, paired with... AI inference Blackwell GPU acceleration Llama 4 NVIDIA speculative decoding TensorRT-LLM