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October 6, 2025
Cosmological Tensions and Interactions Between Dark Matter and Dark Energy
Meng-Xiang Lin, Simon Fraser University
June 17, 2025
The Unquiet Neighbour: How the LMC bugs the Milky Way
Eugene Vasiliev, University of Surrey
May 29, 2025
Neutron Stars & Black Holes: Astrophysical Laboratories for Nuclear Physics and Nuclear Yardsticks for Astrophysical Phenomena
Reed Essick, University of Toronto
December 23, 2024
Beyond the first wave: understanding binary neutron star and black hole formation channels
Lieke Van Son, Harvard University
November 22, 2024
Witnessing the Quantum Nature of Spacetime in a Lab
Anupam Mazumdar, University of Groningen
December 8, 2016
Electromagnetic and Gravitational Wave Signals from Merging Black Holes and Neutron Stars
Black hole-neutron star and neutron star-neutron star mergers are powerful emitters of gravitational waves, and can produce a wide range of bright electromagnetic transients. They also provide us with a remarkable environment to study nuclear interactions in the cold, dense core of neutron stars, and may significantly contribute to the production of many heavy elements whose origin remains unexplained.





