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This collaboration marks the first demonstration of quantum advantage on commercially available hardware using error-mitigation techniques, proving that quantum processors can reliably simulate physics models beyond classical supercomputers like Fugaku's capabilities. By validating results across multiple platforms for a 74-qubit system, this workflow establishes a trusted framework for exploring complex material dynamics where traditional methods fail to converge. The findings suggest immediate practical applications in developing advanced materials such as ultrafast optoelectronics and light-induced superconductors without requiring full fault-tolerant hardware yet.
Source coveringThe Quantum Insider
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IBM and Qedma Demonstrate Error-Mitigated Quantum Simulation Beyond Classical Benchmarks

The Quantum Insider5 min read

Insider Brief Press release – Qedma Quantum Computing, a pioneer in quantum error reduction software and IBM (NYSE: IBM) today announced a breakthrough study demonstrating how trusted, error-mitigated quantum computation is possible, and can be used to explore the physics of materials beyond the capabilities of state-of-the-art classical simulations, including those run on one of the […]

IBM and Qedma demonstrated an error-mitigated quantum computation workflow using IBM Quantum Heron processors and Qedma’s QESEM software to study a 74-qubit physics model. The study compared quantum results against classical simulation methods, including simulations run on the Fugaku supercomputer, and found consistent quantum results beyond the range where classical approaches agreed. The collaboration used validation techniques across quantum platforms to demonstrate a framework for trusted quantum computation in scientific applications. Press release – Qedma Quantum Computing, a pioneer in quantum error reduction software and IBM (NYSE: IBM) today announced…

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