A collaborative study led by Algorithmiq and IBM Quantum researchers has demonstrated that current quantum computers, utilizing up to 91 qubits, can effectively simulate many-body quantum chaos—a complex phenomenon involving unpredictable behaviors in systems with numerous interacting particles. The team employed dual-unitary circuits to model this chaotic behavior and applied tensor-network error mitigation techniques to address computational noise, thereby enhancing result accuracy. These findings suggest that even in their developmental stages, quantum computers hold significant potential for tackling intricate problems in fields such as weather forecasting, fluid dynamics, and materials science.
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