The Astrophysical Journal2025
Search for Gravitational Waves Emitted from SN 2023ixf
A.G. Abac, LIGO Scientific and KAGRA and VIRGO Collaborations
Astrophysical eXploration in Spacetime
Laboratory
Probing the fundamental nature of spacetime through gravitational wave detection, numerical relativity simulations, and analytical modeling of compact object mergers.
Detecting and analyzing gravitational wave signals from black hole mergers and other cosmic events using advanced data analysis techniques.
Simulating black hole mergers and black hole scattering using Einstein's field equations on supercomputer clusters.
Developing Effective-One-Body analytical models for precise gravitational waveform predictions and parameter estimation.
A.G. Abac, LIGO Scientific and KAGRA and VIRGO Collaborations
Gayathri Raman et al., LIGO Scientific and KAGRA and Virgo and Swift and Swift-BAT/GUANO Collaborations
A. G. Abac et al., LIGO Scientific and VIRGO and KAGRA Collaborations
Professor
Numerical Relativity, Gravitational Waves
Research Professor
Astrophysics, Numerical Relativity, Gravitational Waves
Research Professor
Study of strong gravity phenomena through Black Holes, Gravitational Waves
M.S. Student
Numerical Relativity
M.S. Student
Effective one-body formalism
M.S. Student
Gravitational Waves
📍 Scottish Event Campus, Glasgow
Location
Room 203, Building 209
Chung-Ang University, Seoul, South Korea
PhD and Master's positions available for motivated students interested in theoretical and observational astrophysics research.
Opportunities for experienced researchers to collaborate on cutting-edge astrophysics and computational projects.
Welcome collaborations with international research groups and industry partnerships.