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10:00-12:00
Dr. Miles Stoudenmire (Flatiron Institute)
12:30, Yang-Ting Chien (Georgia State U.)
14:15, Dr. Jaydeep Kumar Basak (NSYSU)
10:00-12:00
Mr. Hsin-Yuan Huang(Caltech)
12:30-13:30
Mr. Daniel Fink (University of Stuttgart, Germany)
Jun. 26-30, 2023
10:00AM - 12:30PM
Auditorium 1F, Institute of Physics, Academia Sinica
Dec. 14th - Dec. 16th, NTU
2022/12/9-11 (Fri.-Sun.)
國立中山大學物理館演講室
Auditorium (PH2006), Dept. of Physics, NSYSU, Kaohsiung, Taiwan
Jan. 31st - Feb. 4th, NTU
Aug 29-31
2022/08/22-2022/08/24
NCTS Physics
Aug.15 - Aug.19, NTU
2022/07/08-2022/10/07
![[NCTS Physics Research Highlights] Yang-hao Chan 'Intralayer charge-transfer moire excitons in van der Waals superlattice', Nature 609, 52 (2022)](/uploads/banner_image/file/63737e461d41c8c5a7f625e4/_NCTS_Physics_Research_Highlights__Yang-hao_Chan__Intralayer_charge-transfer_moire_excitons_in_van_der_Waals_superlattice___Nature_609__52__2022_.png)
![[NCTS Physics Research Highlights] Chao-Ping Hsu 'A Novel type of cell division', Nature 605, 119-125 (2022)](/uploads/banner_image/file/63737bbb1d41c8c5a7f6256d/_NCTS_Physics_Research_Highlights__Chao-Ping_Hsu__A_Novel_type_of_cell_division___Nature_605__119-125__2022_.png)
![[NCTS Physics Research Highlights] Daniel Baumann 'Sharp Signals of Boson Clouds in Black Hole Binary Inspirals', Physical Review Letters (2022)](/uploads/banner_image/file/629ecaae1d41c88885ddacba/_NCTS_Physics_Research_Highlights__Daniel_Baumann__Sharp_Signals_of_Boson_Clouds_in_Black_Hole_Binary_Inspirals___Physical_Review_Letters__2022_.png)
![[NCTS Physics Research Highlights] Guang-Yu Guo 'Riemannian Geometry of Resonant Optical Responses', Nature Physics 18, 290 (2022)](/uploads/banner_image/file/629eb4811d41c8888bdda8e7/_NCTS_Physics_Research_Highlights__Guang-Yu_Guo__Riemannian_Geometry_of_Resonant_Optical_Responses___Nature_Physics_18__290__2022_.png)
![[NCTS Physics Research Highlights] Ray-Kuang Lee 'Extract the Degradation Information in Squeezed States with Machine Learning', Physical Review Letters (2022)](/uploads/banner_image/file/62343bf01d41c8381af1ffb2/_NCTS_Physics_Research_Highlights__Ray-Kuang_Lee__Extract_the_Degradation_Information_in_Squeezed_States_with_Machine_Learning___Physical_Review_Letters__2022_.png)
![[NCTS Physics Research Highlights] Hsiang-Yi Karen Yang 'Fermi and eRosita bubbles as relics of the past activity of the Galaxy’s central black hole', Nature Astronomy (2022)](/uploads/banner_image/file/62299a801d41c8381af1faa5/_NCTS_Physics_Research_Highlights__Hsiang-Yi_Karen_Yang__Fermi_and_eRosita_bubbles_as_relics_of_the_past_activity_of_the_Galaxy_s_central_black_hole___Nature_Astronomy__2022_.png)
