Abstract: The recent gravitational wave observations of the collision of neutron stars have given us a glimpse into a realm where gravity and matter are both strongly-interacting and wildly dynamical. These waves carry a wealth of information about the universe, potentially revealing insights into nuclear physics at extreme densities and low temperatures. In this talk, I will explore how gravitational wave data can shed light on the physics of neutron stars, including their matter content and interactions under extreme conditions.
Uncovering extreme matter with gravity waves
Nico Yunes (University of Illinois Urbana-Champaign) // September 27, 2024
Abstract: The recent gravitational wave observations of the collision of neutron stars have given us a glimpse into a realm where gravity and matter are both strongly-interacting and wildly dynamical. These waves carry a wealth of information about the universe, potentially revealing insights into nuclear physics at extreme densities and low temperatures. In this talk, I will explore how gravitational wave data can shed light on the physics of neutron stars, including their matter content and interactions under extreme conditions.