Currently I am simulating regolith formation on the Moon and asteroids under vacuum conditions using a liquid nitrogen-cooled cryostat. Followed by the experiments, 3D Computed Tomography scans and low-vacuum scanning electron microscope imaging will be carried out to understand the rate and nature of crack formation and growth within selected meteorite samples. Future work will extend these studies to the release of volatiles from regolith and the possible utilization of those on the surface of asteroids and the Moon.
I used to work on aqueously-altered meteorite samples and characterise their mineralogy and isotope signatures mainly for light stable isotopes such as H, O, C, and S. To obtain these data I utilized electron microscopy, EDX, WDX, and different massspectrometric techniques. By doing so, I combine various different datasets to evaluate complex fractionation processes in the history of our Solar System.
In private, I like to spend time with my wife and my two kids, working with low-voltage electronics, sensors, home automation, coding, hardware builds, and craftswork in the house and garden.
Development and testing of a laboratory for thermal cycling of meteorites to simulate regolith formation on asteroids and the moon.
I was elected into the EB of the TRR-170 to represent all PhD students employed in the TRR-170.
I was mainly working on the mineralogy and isotope signatures of clasts in brecciated meteorites. Nonetheless, I also conducted general research on meteorites.
I was responsible for contact to officals, finances, and controlling.
PhD thesis titled "Evidence for the existence of different aqueously-altered C1 parent bodies in the early Solar System"
MSc thesis titled "Identification and characterization of volatile-rich clasts in brecciated meteorites"
BSc thesis titled "Textural and microchemical investigation of selected ureilitic fragments from the Almahata Sitta strewnfield"
A-Level certificate for general qualification for university entrance.
Institut für Planetologie
Wilhelm-Klemm-Str. 10
D48149 Münster
+49 251 83 33606