Robert Luther

Dr. Robert Luther is a Researcher at the Museum of Natural History Berlin (Museum für Naturkunde Leibniz-Institut für Evolutions- und Biodiversitätsforschung) in the Department of Impact and Meteorite Research. His work focuses on numerical modeling of asteroid impacts, atmospheric entry effects, and kinetic impactor techniques for planetary defense applications.

Dr. Luther received his academic training at Berlin universities:

• PhD (2019): "Numerical Modelling of Impact Crater Formation: Material Excavation and Interaction between Ejecta and Atmosphere" at Freie Universität Berlin (Supervisors: Prof. K. Wünnemann & Prof. L. Noack)
• Master's (2014): "Monitoring for Lunar Impact Flashes: Assessment of sensor systems and experiences from telescope campaigns" at Humboldt-Universität zu Berlin (Supervisors: Prof. A. Peters, Prof. J. Oberst, Dr. F. Sohl)
• Bachelor's (2010): "Development and application of a model generator for the Travel Time Toolbox" at Humboldt-Universität zu Berlin (Supervisors: Prof. I. Sokolov, Dr. F. Sohl, Dr. M. Knapmeyer)

His research spans multiple areas of planetary science with a particular focus on impact processes. Dr. Luther investigates how asteroids interact with planetary atmospheres, the formation of impact craters, material ejection dynamics, and the application of kinetic impactors for asteroid deflection. His work supports space missions like DART and Hera through numerical modeling with the iSALE Hydrocode, examining how target properties affect crater formation and ejecta behavior. He also conducts experimental validation of impact processes through laser-induced melting experiments.

Dr. Luther's publication record shows consistent productivity since 2016, with particular emphasis on kinetic impactor techniques for planetary defense in recent years (2022). His work bridges theoretical modeling, experimental work, and observational data to advance our understanding of impact phenomena across the solar system, with applications for protecting Earth from potential asteroid impacts.

Dr. Luther is actively involved in several research projects:

• NEO-Mapp: Focused on near-Earth object modeling and planetary defense
• P3-NEO-XXVIII: Development of a prediction system for early warning of meteorite impacts
• P3-NEO-VIII: Effects of meteorite impacts
• MEMIN: Multidisciplinary effort on impact cratering research

As part of the Impact and Meteorite Research group, Dr. Luther collaborates with international researchers on planetary defense initiatives and contributes to our understanding of impact processes that shape planetary surfaces throughout the solar system.