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14:20-16:20 Mr. Chang-Sheng Chen (Industrial Technology Research Institute)
12:10, Prof. Yi-Hsin Chen (Dept. of Physics, NSYSU)
14:20-15:30 Prof. Jean-François Roch (Paris-Saclay University)
14:20-16:20 歐家和教授兼資訊學院院長（國立屏東大學資訊工程學系）
12:30, Dr. Jan Tristram Acuña (NTHU)
12:30, Dr. Van Que Tran (Academia Sinica)
Nov. 8-10, 2024
November 8-9, 2024, NTU
November 18-22, 2024, NSYSU.
October 21-24, 2024, NTU
September 20-21, 2024, NTU
Jul. 31-Aug.1, NTU.
Aug. 12 - Aug. 16, NTHU.
Aug. 12 - Aug. 15, NTHU.
Aug. 5 - Aug. 8, NYCU.
June 25-27, NTU
2024/08/26-2024/09/07
2024/08/26-2024/08/30
2024/08/22-2024/08/25
2024/07/12
2024/09/22-2024/09/28
2024/09/02
2024/08/16
![[NCTS Physics Research Highlights] Horng-Tay Jeng & Chung-Hou Chung 'Proximity induced charge density wave in a garphene1T-TaS2 heterostructure', Nature Communications 15, 8056 (2024)](/uploads/banner_image/file/6703721598bbfbef33c6325e/_NCTS_Physics_Research_Highlights__Horng-Tay_Jeng___Chung-Hou_Chung__Proximity_induced_charge_density_wave_in_a_garphene1T-TaS2_heterostructure___Nature_Communications_15__8056__2024_.png)
![[NCTS Physics Research Highlights] Hong-Yan Shih 'Directed percolation and puff jamming near the transition to pipe turbulence', Nature Physics 20, 1339-1345 (2024)](/uploads/banner_image/file/66ffde2898bbfbef323d648c/_NCTS_Physics_Research_Highlights__Hong-Yan_Shih__Directed_percolation_and_puff_jamming_near_the_transition_to_pipe_turbulence___Nature_Physics_20__1339-1345__2024_.png)
![[NCTS Physics Research Highlights] Chia-Chou Wu & Sheng-hong Chen 'Emergence of large-scale cell death through ferroptotic trigger waves', Nature 631, 654-662 (2024)](/uploads/banner_image/file/66ffd73998bbfbef33c5f55b/_NCTS_Physics_Research_Highlights__Chia-Chou_Wu___Sheng-hong_Chen__Emergence_of_large-scale_cell_death_through_ferroptotic_trigger_waves___Nature_631__654-662__2024_.png)
![[NCTS Physics Research Highlights] Liang-Yan Hsu 'Anomalous Giant Superradiance in Molecular Aggregates Coupled to Polaritons', Phys. Rev. Lett. 133, 128001 (2024)](/uploads/banner_image/file/66ffd24298bbfbef33c5f4cb/_NCTS_Physics_Research_Highlights__Liang-Yan_Hsu__Anomalous_Giant_Superradiance_in_Molecular_Aggregates_Coupled_to_Polaritons___Phys._Rev._Lett._133__128001__2024_.png)
![[NCTS Physics Research Highlights] Yen-Hsun Lin & Meng-Ru Wu 'Supernova-Neutrino-Boosted Dark Matter from All Galaxies', Phys. Rev. Lett. 133, 111004 (2024)](/uploads/banner_image/file/66ffcceb98bbfbef33c5f42d/_NCTS_Physics_Research_Highlights__Yen-Hsun_Lin___Meng-Ru_Wu__Supernova-Neutrino-Boosted_Dark_Matter_from_All_Galaxies___Phys._Rev._Lett._133__111004__2024_.png)
![[NCTS Physics Research Highlights] Chia-Min Chung 'Coexistence of superconductivity with partially filled stripes in the Hubbard model', Science 384, eadh7691 (2024)](/uploads/banner_image/file/6656dd7098bbfb47affc97bf/_NCTS_Physics_Research_Highlights__Chia-Min_Chung__Coexistence_of_superconductivity_with_partially_filled_stripes_in_the_Hubbard_model___Science_384__eadh7691__2024_.png)
![[NCTS Physics Research Highlights] Yang-hao Chan 'Observation of possible excitonic charge density waves and metal-insulator transitions in atomically thin semimetals', Nat. Phys. 20, 597-602 (2024)](/uploads/banner_image/file/664db49298bbfb9ae1fcab21/_NCTS_Physics_Research_Highlights__Yang-hao_Chan__Observation_of_possible_excitonic_charge_density_waves_and_metal-insulator_transitions_in_atomically_thin_semimetals___Nat._Phys._20__597-602__202.png)
![[NCTS Physics Research Highlights] Hsuan-Yi Chen & Pik-Yin Lai 'Avalanches and Extreme Value Statistics of a Mesoscale Moving Contact Line', Phys. Rev Lett. 132, 084003 (2024)](/uploads/banner_image/file/65eeb8d898bbfb9ae3fe4351/_NCTS_Physics_Research_Highlights__Hsuan-Yi_Chen___Pik-Yin_Lai__Avalanches_and_Extreme_Value_Statistics_of_a_Mesoscale_Moving_Contact_Line___Phys._Rev_Lett._132__084003__2024_.png)
![[NCTS Physics Research Highlights] Jiunn-Wei Chen 'Nucleon Transversity Distribution in the Continuum and Physical Mass Limit from Lattice QCD', Phys. Rev. Lett. 131, 261901 (2023)](/uploads/banner_image/file/65a6189098bbfb9ae3fc8910/_NCTS_Physics_Research_Highlights__Jiunn-Wei_Chen__Nucleon_Transversity_Distribution_in_the_Continuum_and_Physical_Mass_Limit_from_Lattice_QCD___Phys._Rev._Lett._131__261901__2023_.png)
![[NCTS Physics Research Highlights] Hsuan-Yi Chen & Pik-Yin Lai 'Statistical laws of stick-slip friction at mesoscale', Nature Communications 14, 6221 (2023)](/uploads/banner_image/file/656077b798bbfbef25fc6ded/_NCTS_Physics_Research_Highlights__Hsuan-Yi_Chen___Pik-Yin_Lai__Statistical_laws_of_stick-slip_friction_at_mesoscale___Nature_Communications_14__6221__2023_.png)
![[NCTS Physics Research Highlights] Yang-hao Chan 'Giant self-driven exciton-Floquet signatures in time-resolved photoemission spectroscopy of MoS2 from time-dependent GW approach', PNAS 120, e2301957120 (2023)](/uploads/banner_image/file/656075bd98bbfbef25fc6db3/_NCTS_Physics_Research_Highlights__Yang-hao_Chan__Giant_self-driven_exciton-Floquet_signatures_in_time-resolved_photoemission_spectroscopy_of_MoS2_from_time-dependent_GW_approach___PNAS_120__e2301.png)
![[NCTS Physics Research Highlights] Chiao-Hsuan Wang 'Quantum Capacities of Transducers', Nature Communications 13, 6698 (2022)](/uploads/banner_image/file/6560731a98bbfbef25fc6d67/_NCTS_Physics_Research_Highlights__Chiao-Hsuan_Wang__Quantum_Capacities_of_Transducers___Nature_Communications_13__6698__2022_.png)
![[NCTS Physics Research Highlights] Hsi-Yu Schive 'Einstein rings modulated by wavelike dark matter from anomalies in gravitationally lensed images', Nature Astronomy 7, 736 (2023)](/uploads/banner_image/file/64a7bb0f1d41c8d63f902585/_NCTS_Physics_Research_Highlights__Hsi-Yu_Schive__Einstein_rings_modulated_by_wavelike_dark_matter_from_anomalies_in_gravitationally_lensed_images___Nature_Astronomy_7__736__2023_.png)
![[NCTS Physics Research Highlights] Chung-Hou Chung 'The scaled-invariant Planckian metal and quantum criticality in Ce1−xNdxCoIn5', Nat Commun 14, 581 (2023)](/uploads/banner_image/file/649e818f1d41c8d63f8fd153/_NCTS_Physics_Research_Highlights__Chung-Hou_Chung__The_scaled-invariant_Planckian_metal_and_quantum_criticality_in_Ce1_xNdxCoIn5___Nat_Commun_14__581__2023_.png)
![[NCTS Physics Research Highlights] Tay-Rong Chang 'Axion optical induction of antiferromagnetic order', Nature Materials 22, 583 (2023)](/uploads/banner_image/file/64925e2b1d41c8c82eb8f6f3/_NCTS_Physics_Research_Highlights__Tay-Rong_Chang__Axion_optical_induction_of_antiferromagnetic_order___Nature_Materials_22__583__2023_.png)
![[NCTS Physics Research Highlights] Guang-Yu Guo 'Time-Reversal-Even Nonlinear Current Induced Spin Polarization', Phys. Rev. Lett. 130, 166302 (2023)](/uploads/banner_image/file/644b20151d41c823237da7c0/_NCTS_Physics_Research_Highlights__Guang-Yu_Guo__Time-Reversal-Even_Nonlinear_Current_Induced_Spin_Polarization___Phys._Rev._Lett._130__166302__2023_.png)
![[NCTS Physics Research Highlights] Hugues Beauchesne & Cheng-Wei Chiang 'Is the Decay of the Higgs Boson to a Photon and a Dark Photon Currently Observable at the LHC', Phys. Rev. Lett. 130, 141801 (2023)](/uploads/banner_image/file/643fb5b91d41c88238d6bdc3/_NCTS_Physics_Research_Highlights__Hugues_Beauchesne___Cheng-Wei_Chiang__Is_the_Decay_of_the_Higgs_Boson_to_a_Photon_and_a_Dark_Photon_Currently_Observable_at_the_LHC___Phys._Rev._Lett._130__14180.png)
![[NCTS Physics Research Highlights] Yen-Hsun Lin & Meng-Ru Wu 'Searching for Afterglow - Light Dark Matter Boosted by Supernova Neutrinos', Phys. Rev. Lett. 130, 111002 (2023)](/uploads/banner_image/file/6418283a1d41c81f5beda0d6/_NCTS_Physics_Research_Highlights__Yen-Hsun_Lin___Meng-Ru_Wu__Searching_for_Afterglow_-_Light_Dark_Matter_Boosted_by_Supernova_Neutrinos___Phys._Rev._Lett._130__111002__2023_.png)
![[NCTS Physics Research Highlights] Yasuhiro Yamamoto 'Observation of Nonlinearity of Generalized King Plot in the Search for New Boson', Phys. Rev. X 12, 021033 (2022)](/uploads/banner_image/file/63b534151d41c8f2230a5ead/_NCTS_Physics_Research_Highlights__Yasuhiro_Yamamoto__Observation_of_Nonlinearity_of_Generalized_King_Plot_in_the_Search_for_New_Boson___Phys._Rev._X_12__021033__2022_.png)
![[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)
