Entries by lcchen

12/15 The Bethe Ansatz Method and Quantum Integrability: Exact Solutions of Models of Strongly Interacting Quantum Matter

Time: 2:00pm~3:20pm, December 15 (Thursday) Title: The Bethe Ansatz Method and Quantum Integrability: Exact Solutions of Models of Strongly Interacting Quantum Matter Speaker: Dr. Hans-Peter Eckle (Humboldt Study Centre, Ulm University, Germany) Place: online speech https://meet.google.com/ndj-aqqz-xuo                Students should attend the lecture in Science Building III 1F SC157 Abstract: […]

12/8 Quantum Walk: Entanglement between coin and position spaces

時間：12月8日(四) 13：20 ~ 14：50 Time: 1:20pm~2:50pm, December 8 (Thursday) Title: Quantum Walk: Entanglement between coin and position spaces Speaker: Prof. Ching-Ray Chang (Quantum Information Center, Chung Yuan Christian University) Place: Science Building III SC001 Abstract: Quantum entanglement is that when a particle in a system is measured, not only the measured particle, but all the […]

12/1 Connection between Probability theory and Physics

Time: 1:20pm~2:30pm, December 1 (Thursday) Title: Connection between Probability theory and Physics Speaker: Prof. Yuki Chino (Department of Applied Mathematics National Yang Ming Chiao Tung University) Place: Science Building III 1F SC157 GoogleMeet連結直播 https://meet.google.com/ndj-aqqz-xuo  Abstract: We consider how the probability theory can be applied to physics. In this talk, we treat random walk as an […]

11/24 Development of Quantum Processor with Fluxonium Superconducting Qubits

Time: 1:20pm~2:30pm, November 24 (Thursday) Title: Development of Quantum Processor with Fluxonium Superconducting Qubits Speaker: Prof. Yen-Hsiang Lin (Department of Physics, National Tsing Hua University) Place: Science Building III 1F SC157 GoogleMeet連結直播 https://meet.google.com/ndj-aqqz-xuo  Abstract: In a universal quantum processor, quantum states of quantum bits can be operated by well-defined quantum logic gates. Superconducting circuits is […]

11/17 Challenge and Opportunity in Climate Emergency Era

Time: 1:20pm~2:30pm, November 17 (Thursday) Title: Challenge and Opportunity in Climate Emergency Era Speaker: Dr. Huang-Hsiung Hsu (Research Center for Environmental Changes, Academia Sinica) Place: Science Building III SC001 GoogleMeet連結直播 https://meet.google.com/owv-hinu-okx 

11/10 Is it possible to see the Planck scale?

Time: 1:20pm~2:30pm, November 10 (Thursday) Title:Is it possible to see the Planck scale? Speaker: Prof. Hikaru Kawai (Department of Physics, National Taiwan University) Place: Science Building III 1F SC157 GoogleMeet連結直播 https://meet.google.com/ndj-aqqz-xuo  Abstract: The fundamental interaction between elementary particles consists of four forces: the electromagnetic force, the strong force, the weak force, and gravity. At distances […]

10/27 Decoherence limit of quantum systems obeying generalized uncertainty principle: new paradigm for Tsallis thermostatistics

Time: 1:45pm~3:10pm, October 27 (Thursday) Title: Decoherence limit of quantum systems obeying generalized uncertainty principle: new paradigm for Tsallis thermostatistics Speaker: Doc. Dr Petr Jizba (Department of Physics, Czech Technical University in Prague) Place: online speech https://meet.google.com/ndj-aqqz-xuo                Students should attend the lecture in Science Building III 1F SC157 […]

10/20 Efficient information usage by cells – and cell biologists

Time: 1:20pm~2:30pm, October 20 (Thursday) Title: Efficient information usage by cells – and cell biologists Speaker: Dr. Keita Kamino (Institute of Molecular Biology, Academia Sinica) Place: Science Building III 1F SC157 備註：GoogleMeet連結直播 https://meet.google.com/nan-fqxi-cqc Abstract: Organisms acquire and use sensory information to guide their behaviors. Likewise, scientists acquire and use the information contained in experimental data […]

10/6 Plasmon trapping-driven chiral crystallization

Time: 1:20pm~2:30pm, October 6 (Thursday) Title: Plasmon trapping-driven chiral crystallization Speaker: Prof. Teruki Sugiyama (Department of Applied Chemistry, National Yang Ming Chiao Tung University) Place: Science Building III 1F SC157 備註：GoogleMeet連結直播 https://meet.google.com/nan-fqxi-cqc 提供給不便到場之師生聽講