Date

Speaker: Dr. Emma Albertini (Imperial College London)
Title: Interacting QFT on causal sets
Date and time: 21st January Tuesday at 17:30
Location: L4F15
Language: English

Date

2025年1月14日 (火) 14:40

Speaker: Dr. Giacomo Sberveglieri (University of Bern)
Title: Perturbative and non-perturbative studies in QFTs
Date and time: 14th January Tuesday at 17:30
Location: L4F15
Language: English

Date

2025年1月8日 (水) 13:30

Speaker: Soufiane Oukassi (Université Paris-Saclay, Institut de Physique Théorique (IPhT))
Title: Geometry of integrable systems, topological recursion and matrix integrals
Date and time: 8th January Wedensday at 17:30
Location: L4F01
Language: English

Date

2025年1月9日 (木) 13:00

Speaker: Samuel Laliberté (McGill University, Montreal, Canada)
Title: New directions for the matrix theory bootstrap
Date and time: 9th January Thursday at 09:00
Location: L4F15
Language: English

Date

2025年1月7日 (火) 0:00

Speaker:  Dr. Michael Lathwood (University of New Hampshire)
Title: Mirror Symmetry, Machine Learning, and Geometries in 3 and 4 Dimensions
Date and time: 7th January Tuesday at 9:00
Location: L4F01
Language: English

Date

2025年4月2日 (水) 16:00 17:00

 

Neural coordination in (mal)adaptive memory - Prof. David Dupret (University of Oxford). 
Wednesday, April 2nd, 4:00 pm, online talk at L1 D015 and Zoom

Date

2025年4月8日 (火) 14:00 15:00

Talk title: Bridging Science and Art: A Journey from Medicinal Chemistry to Photographic Expression

Speaker: Maya Beano, participating photographer in the Polar Blues, Island Hues exhibition at OIST with her images of Antarctica

Date

2025年4月8日 (火) 9:00

Stefano Antonini

UC Berkeley

Date

2025年4月1日 (火) 9:00

Hao Geng

Harvard University

Date

2025年4月2日 (水) 10:15 11:15

Talk by Florian Meier, TU-Wien. Physical devices operating out of equilibrium are inherently affected by thermal fluctuations, limiting their operational precision. This issue is pronounced at microscopic and especially quantum scales and can only be mitigated by incurring additional entropy dissipation. Understanding this constraint is crucial for both fundamental physics and technological design.

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