糖心原创

Project description

Numerical Relativity is the art of solving Einstein's equations with the computer. In this research project, you will explore scenarios that go beyond traditional analytical approaches—situations like the gravitational collapse of stars, black hole collisions, and more. These complex phenomena require the power of numerical simulations to solve Einstein's equations and reveal the underlying physics.

What you could explore:

• Binary Black Hole Simulations, Neutron Star Binaries Simulations or Exotic Compact Objects: Binary Boson Stars.
• Numerical Relativity Beyond General Relativity (GR), exploring ideas like dynamical scalarization or screening mechanisms.
• Numerical Relativity Beyond General Relativity (GR), exploring ideas like dynamical scalarization or screening mechanisms.
• Well-posed formalisms for performing NR simulations beyond GR.

This PhD is your gateway to cutting-edge research in a rapidly evolving field. Whether you are passionate about theoretical physics, computational challenges, or expanding the frontiers of our understanding of gravity, this project offers that opportunity.