Frank Ohme

Dr. Frank Ohme is a Max Planck Research Group Leader at the Albert Einstein Institute (AEI), Hannover, focusing on gravitational wave research. He leads the Binary Merger Observations and Numerical Relativity group, which combines numerical relativity simulations with gravitational-wave data analysis to study black hole and neutron star mergers.

• Studied Physics at Friedrich Schiller University Jena (German diploma, 2008)
• PhD at Max Planck Institute for Gravitational Physics (Potsdam, 2009-2012)
• Postdoc and Research Fellow at Cardiff University (2012-2015)
• Research Group Leader at AEI Hannover (2016-present)

Research interests include hybridizing post-Newtonian signals with numerical relativity data, analytic modeling of gravitational-wave signals, and parameter estimation methods for gravitational-wave detection. His work connects Einstein's equations to observational astrophysics through large-scale supercomputer simulations of compact binary mergers.

Key article trends show focus on gravitational-wave signatures from black hole binaries, neutron star mergers, and exotic compact objects. The work involves signal processing, superconducting magnet design, and high-field physics for collider technologies.

Scientific contributions:

• Co-author of the first direct gravitational-wave observation (2015)
• Principal investigator in numerical relativity-gravitational wave synergy
• Developed frameworks for distinguishing exotic compact objects from black holes
• Recipient of ERC funding for gravitational wave research

Student mentorship includes supervising

• Bachelor's and Master's students like Julian Luca Berg and Max Melching
• PhD candidates such as Angela Borchers Pascual and Jannik Mielke

His group utilizes the Holodeck supercomputing cluster for neutron star merger simulations and collaborates with CERN on superconducting magnet technologies.