Audagnotto, Giulio (2025) Nonlinear interactions in gravitational and electromagnetic waves. [Dissertation]

Batini, Laura (2025) Relaxation and tunneling in nonequilibrium quantum field theory. [Dissertation]

Drozdowski, Oliver Max (2025) Theory of force generation in polarized biological systems. [Dissertation]

Dullweber, Tim (2025) Feedback dynamics in mechanochemical matter. [Dissertation]

Elmer, Nina Marie (2025) Bridging Theory and Data Uncertainty-Aware Analyses for the LHC and Beyond. [Dissertation]

Friedrich, Bjoern (2025) The Measure Problem and Challenges in String Compactifications. [Dissertation]

Hemmatyar, Shayan (2025) Theoretical and Machine Learning Approaches to Beyond General Relativity: Stability of Generalized Proca Theories and Multi-Method Classification of Gravitational Wave Observables. [Dissertation]

Hütsch, Nathan Karl (2025) Generative Machine Learning for Simulation-based Inference in High Energy Physics. [Dissertation]

Keppler, Hannes (2025) Aspects of Tensor Models and Tensor Field Theories. [Dissertation]

Maibach, David (2025) Across the Horizon: On Gravitational Wave Flux Laws and Tests of Gravity. [Dissertation]

Montoya Velásquez, Valentina (2025) Phenomenology of very small local dark matter structures. [Dissertation]

Noel, Viktoria (2025) Far-from-equilibrium universality and dynamics of nonequilibrium quantum many-body systems. [Dissertation]

Palacios Schweitzer, Sofia (2025) Precision Machine Learning for the LHC Simulation Chain. [Dissertation]

Pastor Gutiérrez, Álvaro (2025) Non-perturbative new physics with functional methods. [Dissertation]

Preis, Thimo (2025) Strongly correlated quantum fields in and out of equilibrium. [Dissertation]

Sattler, Franz Richard (2025) The Phase Diagram of QCD at High Densities. [Dissertation]

Sorrenson, Peter (2025) Free-Form Flows: Generative Models for Scientific Applications. [Dissertation]

Spinner, Jonas Simon (2025) Symmetry-aware networks for the LHC. [Dissertation]

Wessely, Jonas Peter (2025) Dynamical observables from spectral quantum field theory. [Dissertation]