Past Events
[Seminar] "Revealing the nature of black holes using the quantum nature of light"
2026-09-30Professor Matthew Middleton, Director of the Southampton Space Institute Deputy Head of School (Education), School of Physics and Astronomy University of Southampton
【Seminar】"Quantum Approaches to Time Synchronization and Network Services"
2026-04-14Professor Swaraj Shekhar Nande, Electrical and Computer Engineering, Dresden University of Technology. Language: English, no interpretation. Open to OIST Community.
【Seminar】"Activities in Singapore’s National Quantum-Safe Network Testbed"
2026-02-13Dr. Jing Yan Haw, Senior Research Fellow, Centre for Quantum Technologies, National University of Singapore. Language: English, no interpretation. Open to OIST members.
【Seminar】"Quantum photonics with vanadium in 4H-SiC"
2026-01-28Talk by Thomas Astner, Austrian Academy of Sciences (Austria).
【Seminar】"A Bayesian approach to optimal quantum measurement - Magnetometry and POVMs"
2025-09-24Talk by Julian Greentree, University of Melbourne (Australia). Language: English. Open to OIST community.
【Seminar】"Bosonic Boosts: Dual-Rail Encoding and Nonlinear Vibronic Simulation on Oscillator–Qubit Platforms"
2025-07-24Talk by Professor Joonsuk Huh, Yonsei University
【Seminar】"Locally recoverable codes from projective spaces"
2025-07-09Talk by Pablo Sanchez Ocal, Postdoc of Speyer Unit (Representation Theory and Algebraic Combinatorics Unit)
【Seminar】"Master Equations and the Mean Force Gibbs State"
2025-05-28Talk by James Cresser, University of Glasgow. Language: English, no interpretation. Open to OIST Community.
【Seminar】"Quantum key distribution over an encoded repeater chain with sequential swapping"
2025-04-16Talk by Javier Rey Dominguez, PhD School of Electronic and electrical engineering, University of Leeds. Language: English, no interpretation. Open to OIST community.
【Seminar】"Clock precision and the second law of thermodynamics"
2025-04-02Talk 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.