Disputationstermine 2025

Konrad Topolski

Neutron-star and black-hole dynamics in binaries: phase transitions, gravitational waves, and dynamical ejecta

Campus Riedberg, Physik-Gebäude, Raum: 01.114

Paula Christine Hillmann

Transport-Simulationen von anisotropem Fluss und Produktion von leichten Kernen in Schwerionenkollisionen

Campus Riedberg, FIAS, Raum: 0.101

Daniel Marco Schmitt

Gravitational waves probes of new physics: Echoes from a supercooled Universe

Campus Riedberg, Otto-Stern-Zentrum (OSZ), Raum: H6

Nils Schreck

Auslegung der Kavitäten des Linearbeschleunigers der High Brilliance Neutron Source 

Campus Riedberg, Physik-Gebäude, Raum: 02.201a/b

Alexander Dimoff

S-Process Nucleosynthesis in and from Asymptomatic Giant Branch Stars

Campus Riedberg, Physik-Gebäude, Raum: 01.402 

Ho Yin Ng

Novel microphysical and macrophysical aspects of compact astrophysical objects

Campus Riedberg, Physik-Gebäude, Raum: _ _.102

Christoph Konrad

The heavy QCD phase structure from effective lattice theories 

Campus Riedberg, FIAS, Raum: FIAS-Hörsaal (0.100) 

Benedict Heybeck

Measurement of the ∑+ production and the p-∑+ correlation function in proton-proton collisions with ALICE at the LHC

Campus Riedberg, Physik-Gebäude, Raum: 01.402

Dario Ramirez

Performance evaluation of the prototype CBM Silicon Tracking System Results from operation in the mCBM at the SIS18 demonstrator experiment

Campus Riedberg, FIAS, Raum: FIAS-Hörsaal (0.100) 

Carlo Musolino

Novel Methods in the Modelling of Neutron Stars: From Isolated Objects to Binary Systems

Campus Riedberg, Physik-Gebäude, Raum: 01.114 

Ashkan Taremi Zadeh

Numerical and Experimental Studies on the Classification of Birds, Bats and Precipitation near Wind Turbines with FMCW Radars in the Ka-Band

Campus Riedberg, Otto-Stern-Zentrum (OSZ), Raum: H5

Max Oberon Hansen

Physics driven by phonons: Collective modes in the charge-density-wave phase and phonon modified Ising criticality

Campus Riedberg, Biozentrum, Raum: N/B3

Armin van de Venn

Implications of Torsion on Spacetime and Cosmology

Campus Riedberg, FIAS, Raum: FIAS-Hörsaal (0.100) 

Niklas Götz

Extraction of Transport Coefficients in a Hybrid Approach for Heavy-Ion Collisions

Campus Riedberg, FIAS, Raum: FIAS-Hörsaal (0.100) 

Shuai Han

Mechanistic Modeling Meets Artificial Intelligence: Towards Predictive and Interpretable Modeling of Epidemiological Dynamics

Campus Riedberg, FIAS, Raum: FIAS-Hörsaal (0.100) 

Chen Li

Machine Learning for Optimization in Renewable Energy Dominated Power Systems

Campus Riedberg, FIAS, Raum: FIAS-Hörsaal (0.100) 

Hasan Darwish

Tests and Simulations of the MIMOSIS CMOS Monolithic Active Pixel Sensor

Campus Riedberg, Physik-Gebäude, Raum: 01.402

Jan Alexander Fotakis

Relativistic fluid dynamics of mixtures and its application in heavy-ion collisions

Campus Riedberg, FIAS, Raum: FIAS-Hörsaal (0.100)

Adrian Mechler

Multi-differential measurement of π0 and η mesons in pp collisions at √s = 13 TeV with ALICE

Campus Riedberg, Physik-Gebäude,
Raum: 01.402 

Mingjun Xiang

Physics-Informed Deep Learning for Terahertz Computational Imaging: Phase, Depth and Occluded Object Reconstruction

Campus Riedberg, Physik-Gebäude, Raum: 01.402

Thomas Alexander Maetz

Zerstörungsfreie Schadenserkennung in Vergussfugen von Offshore-Windenergieanlagen mit Stepped-Frequency Continuous Wave (SFCW) Radarsystemen

Campus Riedberg, Physik-Gebäude, Raum: _ _.401

Sebastian Kölsch

Einfluss epitaxialer Verzerrung dünner Schichten und Heterostrukturen auf die elektronischen Eigenschaften intermetallischer Mn- und Eu-Verbindungen

Campus Riedberg, Physik-Gebäude, Raum: _ _.102 

Carolin Schlosser

Hybrid static potentials, gluelumps and hybrid spin-dependent potentials from lattice gauge theory 

Ort: Campus Riedberg, FIAS, Raum: FIAS-Hörsaal (0.100)

Marvin Kopp

Interplay of Charge Carrier Dynamics, Magnetism, and Superconductivity Probed by Fluctuation Spectroscopy

Ort: Campus Riedberg, Physik-Gebäude, Raum: _ _.401

Anton Goertz

Modeling High Frequency Radio Absorption in the Polar Cap Ionosphere due to Solar Energetic Proton Precipitation

Ort: Campus Riedberg, Otto-Stern-Zentrum (OSZ), Raum: H5

Wietse van Goethem

Advancements in Optics Control at the Cern Proton Synchrotron

Ort: Campus Riedberg, Physik-Gebäude, Raum: 02.201a/b

Marc Stefan Winstel

Exploring the formation of spatially modulated regimes in QCD at non-vanishing densities

Ort: Campus Riedberg, FIAS, Raum: FIAS-Hörsaal (0.100)

Mario Krüger

Multiplicity dependence of charged-particle production in high-energy collisions at the LHC

Ort: Campus Riedberg, Physik-Gebäude, Raum: 01.402

Philipp Niedermayer

Transverse excitation for beam diagnostics and slow extraction from synchrotrons

Ort: Campus Riedberg, Physik-Gebäude, Raum: 02.201a

Dui Hai Nguyen

Wideband Antennas and Breast Tissue for Early Breast Cancer Screenings with Microwave Technique

Ort: Campus Riedberg, Physik-Gebäude, Raum: 01.402

Sean Weatherby

Talking Circuits - The Development and Assessment of a Digitally-Scaffolded, Collaborative Method for Teaching and Learning Electrical Circuits in Early Secondary Schools

Ort: Campus Riedberg, Physik-Gebäude, Raum: 02.210

Justin Mohns

Constraints on the Equation of State of Nuclear Matter from Heavy-Ion Collisions

Ort: Campus Riedberg, FIAS-Gebäude, Raum: Hörsaal 0/100

Alexej Nicolai Kraiker

Über die Entwicklung einer Kristallzüchtungsanlage für das tiegelfreie Schwebeschmelzverfahren bei 150 Bar Überdruck und ihre Anwendung

Ort: Campus Riedberg, Physik-Gebäude, Raum: _ _.401

Florian Alexander Ludwig

Terahertz detection with field-effect transistors: experimental characterization and hydrodynamic modeling

Ort: Campus Riedberg, Physik-Gebäude, Raum: _ _.401

Igor Dubinin

On the role of network dynamics for information processing in artificial and biological neural networks

Ort: Campus Riedberg, FIAS, Raum: 0.100

Lasse Falk Müller

Lattice QCD static potentials with light quarks and their application to study tetraquarks in the Born-Oppenheimer approximation

Ort: Campus Riedberg, FIAS, Raum: 0.100

Mael Le Garrec

LHC Effective Model for Optics Coorections

Ort: Campus Riedberg, Physik-Gebäude, Raum: 02.201a/b

Ludwig Jens Papenfort

High Eccentricities and Rapid Spins in Neutron Star Binaries

Ort: Campus Riedberg, Physik-Gebäude, Raum: _ _.102