Webinars

Webinars

The GrEAT network is happy to announce the start of an online seminar series or “webinars” on gravitational wave science! Experts from China and the UK will be delivering talks every two weeks on a particular area of their research.

Members of the GrEAT network should get in touch if they require connection information.

Please see the schedule below for dates and speakers and you can access the videos here.

== 2021 ==

  • January 11: Martin Hendry (University of Glasgow) – “Constraining higher dimensional cosmological models with gravitational-wave observations”
  • January 25: Yan Wang (Huazhong University of Science and Technology) – “PTA-based GW detection”
  • February 8: Alan Pound (University of Southhampton) - “Modelling small-mass-ratio binaries: status and prospects”
  • March 8: Ian Jones (University of Southhampton) - “The early life of millisecond magnetars”
  • April 12: Xiaoyu Lai (Hubei University of Education) - “Pulsar: A gigantic nucleus”
  • April 26: Christopher Berry (University of Glasgow) - “The secret lives of black holes”
  • May 10 - Students / Early researchers Webinar 1 - Weichangfeng Guo “Black Hole Encounter Detection Using Machine Learning” and Mariela Masso Reid “Thermal conductivity of HCB” webinar
  • May 24 - Students / Early researchers Webinar 2 - Garvin Yim (University of Southampton) “Modelling small glitch-like events as neutron star f-mode oscillations” and Yun Fang (Pekin University) on “The gravitational radiation in the binary-EMRI system”
  • June 14 - Students / Early researchers Webinar 3 - Alejandro Torres (Pekin University) “Exciting modes by a motion of the source: Measurability for extreme-mass-ratio inspirals” and Ronaldas Macas (Univeristy of Portsmouth) “Do glitches in gravitational-wave data affect our ability to estimate the correct sky localization?”
  • June 28 - Students / Early researchers Webinar 4 - Yuan Yong (WHU) “Ensemble Empirical Mode Decomposition applied to reconstruction of core-collapse supernovae gravitational-waves waveforms” and Chalisa Gier (University of Strathclyde)“Developing Optical Coatings for Gravitational Wave Detectors and Laser Optics using Next Generation Ion Beam Deposition Technique”
  • July 12 - Students / Early researchers Webinar 5 - Mingyue Zhou (HUST) “Detecting Pop III binary black holes with joint observation of LISA and TianQin”, Leigh Smith (University of Glasgow) “The search sensitivity of gravitational waves from parabolic black hole capture events” and Shuai Liu (Sun Yat-sen University) “Science with the TianQin observatory: Preliminary results on stellar-mass binary black holes”
  • July 26 - Students / Early researchers Webinar 6 - Xinchun Hu (HUST) “Joint detection of massive black hole binaries by LISA” and Zhengcheng Liang (Sun Yat-sen University) “Science with the TianQin Observatory: Preliminary Results on Stochastic Gravitational-Wave Background”

== 2020 ==

  • June 17: Wenbiao Han (Shanghai Astronomical Observatory) – “Very-extreme-mass-ratio bursts in the Galaxy and neighbors for space-borne detectors”
  • July 01: Stuart Reid (Strathclyde University) - “Making the shiniest, quietest place on earth - the important of mirror coatings for gravitational wave detection”
  • July 15: Yi-Ming Hu (Sun-yat Sen University) - “Science with the TianQin observatory”
  • July 29: Haixing Miao (University of Birmingham) - “Kilohertz gravitational-wave detection”
  • August 12: Xian Chen (Peking University) - “The distortion of GW signals by astrophysical environments”
  • August 26: Patrick Sutton (Cardiff University) - “Searching for GW Echoes from Merging Binaries”
  • September 23: Nils Andersson (University of Southhampton) - “Neutron stars as fundamental physics laboratories”
  • October 7: Shaoqi Hou (Wuhan University) - “The interference of the gravitational wave and its application”
  • October 21: Giles Hammond (University of Glasgow) - “Fused Silica Suspension Development for aLIGO”
  • November 10: Yiqiu Ma (Huazhong University of Science and Technology) - “Quantum noise in gravitational wave detectors”