معرفی
Dr. Tanja Hinderer serves as an Assistant Professor at the Institute for Theoretical Physics within the Department of Physics at Utrecht University's Faculty of Science. Her research focuses on gravitational waves, strong gravity phenomena, and compact objects, particularly developing theoretical models to interpret gravitational wave signals from merging binary systems containing neutron stars and black holes. She joined Utrecht University during the pandemic period and has become an integral part of the university's strategic initiative in gravitational physics, which established a dedicated research group with three faculty members working on complementary aspects of gravitational wave science.
Dr. Hinderer received her PhD in physics from Cornell University followed by prestigious postdoctoral appointments including the Sherman Fairchild Prize Fellowship at Caltech, positions at the University of Maryland, the Max Planck Institute for Gravitational Physics, an Excellence Fellowship at Radboud University Nijmegen, and the University of Amsterdam.
Her research program addresses two fundamental questions: using gravitational waves to understand neutron stars as the densest objects in the universe and to probe the nature of gravity itself through black hole collisions. She develops analytical approximation methods to create accurate waveform models that bridge theoretical predictions with numerical relativity simulations. Her work has significant implications for testing Einstein's theory of general relativity, understanding extreme states of matter in neutron stars, and potentially discovering new physics beyond standard models. She particularly focuses on tidal effects in gravitational wave signals, alternative gravity theories, and multimessenger astronomy approaches.
Dr. Hinderer's publication record demonstrates consistent contributions to high-impact gravitational physics research, with recent work focusing on scalar-tensor theories, modified gravity signatures in gravitational waves, neutron star equation of state constraints, and waveform modeling for current and future detectors. Her research spans theoretical modeling, data analysis methodology, and the development of waveform templates essential for LIGO, Virgo, and planned missions like the Einstein Telescope and LISA.
Her scientific achievements include:
- Sherman Fairchild Prize Fellowship at Caltech
- Excellence Fellowship at Radboud University Nijmegen
Dr. Hinderer actively mentors numerous students at all academic levels, supervising current PhD candidates Sofia Canevarolo and Iris van Gemeren, along with multiple MSc and BSc students. She holds significant leadership positions within the international gravitational physics community, serving as co-chair of the Division 'Nuclear Physics' on the Einstein Telescope Observational Science Board, leader of the workpackage 'Analytical models for massive black hole binaries' in the LISA consortium, leader of the working group 'Gravitational Waves' for the COST Action Quantum gravity in the multimessenger approach, and as a member of the Virgo collaboration. At Utrecht University, she teaches advanced courses including 'Advanced topics in theoretical physics I,' 'Gravitational Waves theory & observations,' 'Open Science for Physicists,' and 'Student seminar: Topics for Theoretical physics,' benefiting from the university's supportive research environment with state-of-the-art computing resources, modern teaching facilities, and dedicated research support staff.
