The fast development in quantum computing offers promising platforms and algorithms for addressing long-standing challenges in quantum many-body physics. Concurrently, insights and methods from quantum many-body computation are enriching the field of quantum computing. Historically, the concept of entanglement, derived from quantum information, has played a pivotal role in the development of tensor network states. Today, tensor network states stand as one of the most effective approaches for tackling quantum many-body systems. This conference aims to foster dialogue between the fields of quantum computation and quantum many-body computation by bringing together leading experts in both fields. We anticipate that this event will facilitate ongoing collaboration between the two communities and spark the generation of innovative ideas and concepts which will benefit both communities.

Participants are expected to arrive on June 25, 2026 and leave on June 28. From June 26 to 27, we will have two days of talk, discussion, and poster sessions.

Sponsorship

Supported by: Institute of Physics, Chinese Academy of Sciences, Shanghai Jiao Tong University, and Tsinghua University.