How low-precision computing boosts efficiency — without hurting accuracy
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You have Thanksgiving turkey to thank for LASIK
ExplainerMike Murphy7 minute readThe hardware behind analog AI
ExplainerManuel Le Gallo-BourdeauCars “see around corners” in EU’s CLASS project
ReleaseErez Hadad8 minute readBreaking the von Neumann bottleneck using phase-change materials
ResearchFausto Martelli5 minute readIBM’s newest chip is more than meets the AI
NewsKailash Gopalakrishnan7 minute readHow IBM Research is creating the future of hybrid cloud
NewsTalia Gershon8 minute readRedefining AI accelerators: A new chip packaging tech & a first in analog compute
NewsJeffrey Burns and John Rozen8 minute readThe quantum future looks like Qiskit Runtime in the Strangeworks developer ecosystem
NewsAparna Prabhakar and Stefan Elrington5 minute readNanoDx licenses IBM CMOS-compatible nanosensors for rapid COVID-19 testing tech
NewsSufi Zafar4 minute readHow cloud computing could help store carbon dioxide in tiny rock pores
ResearchMathias Steiner and Rodrigo Neumann7 minute readStrangeworks now offers IBM's quantum computers on its open platform
NewsSebastian Hassinger and Ryan Mandelbaum3 minute readIBM Quantum delivers 120x speedup of quantum workloads with Qiskit Runtime
NewsBlake Johnson and Ismael Faro5 minute readIntroducing the world's first 2 nm node chip
NewsJulien Frougier and Dechao Guo5 minute readIBM and Synopsys Demonstrate EUV OPC Workload Runs >11,000 Cores on the Hybrid Cloud
ResearchMathias Steiner, Sang Uhk Rhie, Derren Dunn, Seetharami Seelam, Yuping Cui, Sean Burns, and Charlie King7 minute readAI Hardware Composer launches on two-year anniversary of IBM AI Hardware Center
ReleaseJeffrey Burns and Cindy Goldberg4 minute readSilicon waveguides move us closer to faster computers that use light
ResearchThilo Stöferle
