ERC Starting Grant · 2025
Theory of Noisy Quantum Simulation of many-body Physics
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 remains a largely unsolved problem. In ToNQS, I aim to rigorously understand the accuracy of analog quantum simulation of many-body problems in both low-energy and high-energy physics. I will do so by…
From the public funding record at EU CORDIS. Describes the funded project, not the reviews below.