Register here (deadline: 31/10/2026)

https://forms.gle/oBeAcFEXL1HC81oFA

The Current Landscape. Digital quantum simulation has emerged as the most promising near-term application of quantum computing, revolutionizing our ability to study complex many-body dynamics. Current processors now execute multi-qubit circuits that enable the controlled realization of interacting spin models and fermionic Hamiltonians, reaching scales where non-trivial quantum effects can be observed in real-time. These advancements have moved the field from theoretical exploration to a practical frontier, where digital simulators offer a unique window into physical regimes that remain inaccessible to even the most powerful classical computers.

Challenges and the Path Forward. Despite these milestones, the journey toward fully accurate quantum simulation requires overcoming significant technical hurdles, including correlated errors, leakage, and system-wide noise. Unlocking the full potential of these devices necessitates a multidisciplinary approach—integrating improved calibration, sophisticated error-suppression protocols, and new theoretical benchmarking tools. Our meeting in February 2027 serves as a collaborative forum for the international community to address these imperfections, share recent experimental breakthroughs, and identify the specific scenarios where a true quantum advantage will realistically emerge in the years to come.

The meeting is a follow-up to two previous events on quantum simulations that took place in Tze'elim in 2020 (https://quantumsimulations2020.ph.biu.ac.il/) and Kfar Blum in 2022 (https://quantumsimulations2022.ph.biu.ac.il/)