Charting a path to a more sustainable AI future
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New fractional gates reduce circuit depth for utility-scale workloads
ReleaseDaniella Garcia Almeida, Kaelyn Ferris, Naoki Kanazawa, Blake Johnson, and Robert DavisServing customized AI models at scale with LoRA
ResearchKim MartineauManaging cryptography with CBOMkit
Technical noteNicklas Körtge, Gero Dittmann, and Silvio DragoneIBM announces the winners of the 2024 Pat Goldberg competition
NewsBuilding the future of chips in the USA
NewsMike Murphy and Peter HessThe United States' NSTC EUV Accelerator is coming to Albany
NewsMike MurphyAdvancing quantum algorithms for large-scale simulations of quantum spin chains
ResearchSimone Cantori, Marcel Pfaffhauser, Fabio Scafirimuto, and Robert DavisBuilding agents, brain-like chips, and tiny semiconductors
NewsMike Murphy and Peter HessIBM and UC Berkeley paper shows how to enable the seamless deployment of multi-party cryptographic systems
Technical notePravein Govindan Kannan, Darya Kaviani, Sijun Tan, and Raluca Ada PopaIBM and Albany partners unlock new yield benchmarks for EUV patterning
Technical noteLuciana Meli and Nelson FelixBringing cloud-native AI supercomputing to a data center near you
Technical noteTalia Gershon, Yoonho Park, Nicole Saulnier, Daniel Klyashtorny, Jamey Roe, and Edward BarthThe chips of tomorrow may well take inspiration from the architecture of our brains
ExplainerPeter HessCourse updates and new learning pathways on IBM Quantum Learning
NewsOlivia Lanes, Christopher Porter, Jennifer Janechek, and Robert DavisThe next generation of AI for enterprise is here — don't take it for Granite
NewsMike MurphyThese new IBM agents will give developers new ways to solve problems — and clear their backlog
NewsMike MurphyA new metric to help find quantum advantage for ground state problems
NewsAntonio Mezzacapo and Javier Robledo-Moreno
