Uploaded May 2026 | Updated September 2026, 1 week ago
Ten years ago, quantum computing was a lab experiment.
A decade later, quantum on the cloud has become quantum in the world, nurturing a growing ecosystem and exploring problems in materials, medicine and energy once thought unsolvable.
At IBM Research, our mission is to deliver the future of computing by orchestrating breakthroughs in quantum, AI, silicon, and algorithms.
In our latest blog, we outline how we're bringing this mission to life—by focusing our efforts on developing computing systems that can perform the mathematics needed to simulate quantum mechanics: research.ibm.com/blog/ibm-think-2026-modeling-the-universe-with-quantum-computing
Watch the full recording of our #THINK26 keynote to learn more about quantum-centric supercomputing’s real-world impact:
youtu.be/TJtUYtWU89Q?si=KeEPtFP2DC_JvPO-
#quantum #quantumcomputing #quantumcentricsupercomputing
Ten years ago, quantum computing was a lab experiment.
A decade later, quantum on the cloud has become quantum in the world, nurturing a growing ecosystem and exploring problems in materials, medicine and energy once thought unsolvable.
At IBM Research, our mission is to deliver the future of computing by orchestrating breakthroughs in quantum, AI, silicon, and algorithms.
In our latest blog, we outline how we're bringing this mission to life—by focusing our efforts on developing computing systems that can perform the mathematics needed to simulate quantum mechanics: research.ibm.com/blog/ibm-think-2026-modeling-the-universe-with-quantum-computing
Watch the full recording of our #THINK26 keynote to learn more about quantum-centric supercomputing’s real-world impact:
youtu.be/TJtUYtWU89Q?si=KeEPtFP2DC_JvPO-
#quantum #quantumcomputing #quantumcentricsupercomputing
