Introducing the first sub-1 nanometer node chip — the smallest, most powerful chip technology in the world
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Mike Murphy
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Exploring the potential for quantum advantage in mathematical optimization
ResearchStefan Woerner, Ryan Mandelbaum, and Robert DavisPonder This Challenge - February 2025 - Prime number magic square
PuzzleGadi Aleksandrowicz- Ponder This
The 2024 IBM Research annual letter
Deep DiveJay Gambetta, Mukesh Khare, and Sriram RaghavanHow analog in-memory computing could power the AI models of tomorrow
ResearchPeter HessA benchmark for evaluating conversational RAG
ResearchKim MartineauHow John Knickerbocker spent a career cultivating new technologies
Deep DivePeter HessUsing dynamic circuits to efficiently implement quantum states with long-range entanglement
ResearchFabio Scafirimuto, Robert Davis, Simone Cantori, Marcel Pfaffhauser, and Elisa BäumerHow low-precision computing boosts efficiency — without hurting accuracy
ExplainerPeter HessA year of simplifying quantum software development tools with Qiskit
Technical noteIsmael Faro, Blake Johnson, Robert Davis, Abby Mitchell, and Sanket PandaInside the lab testing some of the world’s most capable AI chips
Deep DiveMike MurphyPonder This Challenge - January 2025 - The irrational three-jug problem
PuzzleGadi Aleksandrowicz- Ponder This
Meet IBM’s new family of AI models for materials discovery
NewsKim MartineauCan a personalized AI be more useful?
NewsKim MartineauHow to test a quantum computer chip
ResearchMike MurphyCopper evolution and beyond: Developments in advanced interconnects for future CMOS nodes
Technical noteDechao Guo and Kisik ChoiDynamic circuits enable essential circuit cutting methods for quantum-centric supercomputing
ResearchRobert Davis, Maika Takita, and Daniel J. Egger
