Can quantum computers model nature’s most turbulent systems?ExplainerRyan Mandelbaum23 Jan 2026Mathematical SciencesQuantum Algorithms
From atoms to chips: Thermonat models heat with unprecedented accuracyNewsPeter Hess20 Jan 2026Hardware TechnologyPhysical SciencesSemiconductors
Meet the IBM researchers trying to raise AI’s intelligence-per-watt ratioQ & AKim Martineau21 Jan 2026AI
Multi-objective optimization offers bold new path to quantum advantageResearchStefan Woerner, Daniel J. Egger, and Robert Davis14 Jan 2026Quantum AlgorithmsQuantum CommunityQuantum Research
A new advance in a two-century pursuit in physicsTechnical noteOki Gunawan, Doug Bishop, and Bonfilio Nainggolan07 Jan 2026Physical SciencesScienceSemiconductors
The community-led research that shaped IBM Quantum Developer Conference 2025NewsSanket Panda and Robert Davis17 Dec 2025Quantum Community
LLMs have model cards. Now, benchmarks do, tooReleaseKim Martineau16 Dec 2025AIFairness, Accountability, TransparencyGenerative AITrustworthy AI
Boost your tools: Introducing ToolOps, the tool lifecycle extension in ALTKTechnical noteHimanshu Gupta, Jim Laredo, Neelamadhav Gantayat, Jayachandu Bandlamudi, Prerna Agarwal, Sameep Mehta, Renuka Sindhgatta, Ritwik Chaudhuri, and Rohith Vallam11 Dec 2025AI
IBM Granite tops Stanford’s list as the world’s most transparent modelNewsPeter Hess09 Dec 2025AIAI TransparencyGraniteOpen Source
Teams of agents can take the headaches — and potential costs — out of finding IT bugsReleaseMike Murphy08 Dec 2025AI
IBM’s software engineering agent tops the Multi-SWE-bench leaderboard for JavaNewsPeter Hess08 Dec 2025AIAI for Code