How low-precision computing boosts efficiency — without hurting accuracy
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33 results for Quantum Research
Using dynamic circuits to efficiently implement quantum states with long-range entanglement
ResearchSimone Cantori, Marcel Pfaffhauser, Elisa Bäumer, Fabio Scafirimuto, and Robert DavisDynamic circuits enable essential circuit cutting methods for quantum-centric supercomputing
ResearchDaniel J. Egger, Maika Takita, and Robert Davis- Topic
Demonstrating a true realization of quantum-centric supercomputing
ExplainerRyan Mandelbaum and Iskandar SitdikovAdvancing quantum algorithms for large-scale simulations of quantum spin chains
ResearchSimone Cantori, Marcel Pfaffhauser, Fabio Scafirimuto, and Robert DavisA new metric to help find quantum advantage for ground state problems
NewsAntonio Mezzacapo and Javier Robledo-MorenoSimulating the universe’s most extreme environments with utility-scale quantum computation
ResearchRoland C. Farrell, Marc Illa, Anthony N. Ciavarella, Martin J. Savage, and Robert DavisQuantum working groups push for near-term use cases
ExplainerComputing with error-corrected quantum computers
ResearchGuanyu Zhu, Andrew Cross, Ben Brown, and Ryan MandelbaumLogical gates with magic state distillation
ResearchUpdating how we measure quantum quality and speed
ExplainerAndrew Wack and David McKayBuild utility-scale quantum applications with the updated Open Plan and IBM Quantum Credits
ReleaseMarco Facchini and Steffen ThoßAnnouncing the winners of the 2023 IBM Quantum Open Science Prize
NewsDaniella Garcia AlmeidaError correcting codes for near-term quantum computers
ResearchRyan Mandelbaum, Matthias Steffen, and Andrew CrossNew research shows a potential quantum speedup for the Metropolis-Hastings algorithm
ResearchSarah Sheldon and David Layden
