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Non-linearities within field theory. Constrained dynamics. Modified gravity theories. Quantum field theory. Mathematical physics.
Using the relatively empty spaces between galaxies, so-called cosmic voids, I investigate the properties of our Universe and learn more about the unique characteristics of voids.
Experimental particle physics at lepton and hadron colliders, detector development, physics and instrumentation at future colliders.
TUM
Dr. Martin Jan Losekamm
m.losekamm@tum.de
+49 89 289-12584
http://www.e18.ph.tum.deRadiation Detectors on the International Space Station and on the Lunar Surface
Postdoc, LRSM Coordinator
Paul…
Theoretical nuclear physics; Study of the nuclear equation of state, esp. the density dependence of the symmetry energy, in heavy-ion collisions by transport theories with relevance to astrophysics.
supernova cosmology, high-precision determinations of the Hubble parameter
LMU
Dr. Michael Weber
mweber@usm.lmu.de
3D simulations of photoevaporating discs hosting a giant planet
Postdoc, CN-2 Manager
Ercolano
My research focuses on planet-forming disks and on the characterisation of their physical and chemical properties using ALMA observations and physical-chemical modelling.
Theoretical Particle Physics, including Dark Matter and the Early Universe. Effective Field Theory and perturbative factorization for the strong & electroweak interaction. Quantum Field Theory…
