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The ToNQS project investigates the accuracy of analog quantum simulations for solving complex quantum many-body problems. By establishing mathematical bounds on simulation errors, it aims to identify reliable problems for quantum simulators, potentially offering insights into their advantages over classical computing.
Analog quantum simulation protocols, which aim to use quantum hardware without performing error correction to solve large quantum many-body problems, have emerged as a near-term as well as experimentally accessible alternative to a building a fault tolerant quantum computer for these problems.
However, from a theoretical standpoint, whether analog simulators can be trusted to provide accurate results for large quantum many-body problems and if they provide an advantage over classical computers r…
MAX-PLANCK-GESELLSCHAFT ZUR FORDERUNG DER WISSENSCHAFTEN EV
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