Researchers achieved a 40-fold increase in system size and 210x improvement in accuracy in quantum chemistry simulations using IBM quantum computers and supercomputers. Date: May 5, 2026.
Researchers from ParityQC executed a 52-qubit quantum Fourier transform on IBM Quantum Heron r3, setting a new benchmark for quantum algorithm performance.
IBM and MIT researchers unveiled a quantum algorithm capable of simulating high-speed racing scenarios 10 times faster than classical methods, published on April 30, 2026.
IBM introduces AI-powered simulation tool for Dallara, reducing crash-test time by 70% in early trials.
Intel outlines how retrieval augmented generation improves AI accuracy by integrating external data sources.
Intel outlines four data cleaning methods that improved LLM performance by up to 15% in internal testing.
MiniMax's M3 model achieves 9.7× prefill speedup and 15.6× decode speedup at 1M tokens, signaling a shift toward sparse attention mechanisms.
DeepMind’s new AI tool, Co-Scientist, helps researchers identify gene targets 30% faster than traditional methods, according to a May 2026 study.
At I/O 2026, Google's Dialogues stage featured discussions on AI's impact, including its role in scientific research and cinematic storytelling, with key figures like Sundar Pichai and Demis Hassabis participating.
Turing Award winner Richard Sutton argues that pure generative AI lacks the ability to evaluate its own results, making it unsuitable for real scientific discovery. He highlights the importance of variation, evaluation, and selective retention in the scientific process.
IBM and Artificial Analysis launched ITBench-AA, a benchmark showing frontier models score below 50% on Site Reliability Engineering tasks, with top performers at 47%.
IBM researchers have developed a quantum circuit with 1,024 qubits, setting a new record for quantum computing complexity.