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Invited talks
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Invited talks
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Invited talks
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- Satoshi Morita (Keio University)
Invited talks
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Invited talks
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Dr Atsushi Ueda (Ghent Univ.)24/08/2026, 14:00Lecture / Invited Talk
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Prof. Hyun-Yong Lee (Korea Univ.)24/08/2026, 16:00Lecture / Invited Talk
Weak first-order transitions can exhibit extended pseudo-critical regimes that are notoriously difficult to distinguish from genuine criticality by conventional finite-size scaling. We show that the long-standing apparent criticality of the dilute Baxter—Wu model is instead a manifestation of an extremely slow renormalization-group flow due to a nearly marginal perturbation, ultimately leading...
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Prof. Seung-Sup Lee (Seoul National University)25/08/2026, 10:00Lecture / Invited Talk
Tensor network methods and quantum information science have enriched each other over the past few decades. In this talk, I will present two examples of this interplay from our recent works. First, in the direction of “tensor networks for quantum,” I will discuss the complexity of classically simulating a two-dimensional quantum sampling architecture in the presence of disorder. Using exact...
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142. Quantum resource in different perspectives and classically simulatable quantum many-body statesProf. Mingpu Qin (Shanghai Jiao Tong University)25/08/2026, 14:00Lecture / Invited Talk
I will begin by examining different perspectives on what constitutes a quantum resource, specifically focusing on definitions that distinguish quantum systems from classical ones based on the criterion of classical simulability. I will then demonstrate how integrating various classically simulatable ingredients can lead to the development of more powerful classical algorithms for simulating...
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Prof. Dario Poletti (Singapore University of Technology and Design)25/08/2026, 16:00Lecture / Invited Talk
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Prof. Giuseppe Carleo (EPFL)27/08/2026, 10:00Lecture / Invited Talk
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Dr Jurai Hasik (Univ. Zurich)27/08/2026, 14:00Lecture / Invited Talk
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Dr Shinichiro Akiyama (University of Tsukuba)27/08/2026, 16:00Lecture / Invited Talk
Tensor networks offer a novel way to investigate lattice field theories. The community has been making various efforts toward their future application to QCD at finite temperature and finite density. In this talk, I will explain our recent studies, including methods for finite-temperature lattice gauge theories, Grassmann tensor networks, the use of symmetry-twisted partition functions, and...
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Prof. Fernando Brandão (AWS and Caltech)28/08/2026, 10:00Lecture / Invited Talk
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Prof. Nobuyuki Yoshioka (Univ. of Tokyo)28/08/2026, 14:00Lecture / Invited Talk
Recent experimental advances in quantum error correction have pushed the field beyond the break-even point, offering a credible path toward early fault-tolerant quantum computing (FTQC) with logical qubits. In this emerging regime, two challenges become central: low-cost implementation of non-Clifford logical gates and full usage of syndrome information.
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In the first part of this talk, we...