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analyse the connection between debris disks and multiplicity using the SACY sample + assemble the database for the analysis of sample II, possibly further characterise specific multiple systems
Lunar and planetary science and exploration, including instrumentation for in-situ analysis, ice-regolith properties, heat and mass transfer in regolith, volatiles, lunar exosphere-surface interaction
I am investigating the polymerization of nucleotides in the presence of amino acids in different geological settings like wet/dry cycles or on volcanic rock samples.
Non-linearities within field theory. Constrained dynamics. Modified gravity theories. Quantum field theory. Mathematical physics.
Numerical astrophysicist specialised in supermassive black holes, active galactic nuclei and their role in galaxy formation and evolution.
Office hours Wednesday: 07:00 - 14:30 Thursday: 07:00 - 14:30 Friday: 07:00 - 13:00
My research project aims to understand the origins of the chemical complexity observed in our Solar System by investigating the molecular content of young protoplanetary disks
ORIGINS/MIAPbP
Sibylle Graf (Kopie 1)
bernadette.rothmeier@origins-cluster.de
+49 89 35831-7201
+49 89 999519341
https://www.munich-iapbp.deMIAPbP Administrative Coordinator
Chromatography and mass spectrometry of complex reaction systems in the context of the Origin of Life.
- emergent phenomena of polymerization - mutual interplay between sequence of RNA/DNA and kinetics/thermodynamics of polymerization reactions
