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Fraunhofer IAF researchers are advocating for rigorous benchmarks in quantum chemistry that account for environmental interactions rather than idealized isolated systems. By treating dissipation as a resource instead of noise, these studies aim to define realistic conditions under which genuine quantum advantage can be demonstrated and scaled. This shift is critical for validating practical applications in materials science and solid-state physics where open dynamics are ubiquitous.

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Fraunhofer IAF review pushes for more robust quantum algorithm benchmarks

Quantum ZeitgeistAugust 15, 20263 min read

Fraunhofer IAF publications detail tools for robustly assessing quantum advantage, focusing on realistic evaluations of quantum chemistry & scaling for quantum algorithms.

The Fraunhofer Institute for Applied Solid State Physics IAF has published two papers challenging how quantum advantage is measured, suggesting current methods lack sufficient rigor. Researchers are pushing for more realistic benchmarks in quantum chemistry by questioning the common practice of modeling molecules as perfectly isolated systems. These idealized approaches, they argue, don’t reflect natural conditions where molecules constantly…

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