Chen, B.-H.: Single-cycle mid-infrared pulse generation via nonlinear optics. Dissertation, Ludwig Maximilians Universität, München (2019)

Benedikter, J.: Microcavity Enhancement of Silicon Vacancy Centers in Diamond and Europium Ions in Yttria. Dissertation, LMU, München (2019)

Chen, Z.: Phase-Stabilized Dual-Comb Spectroscopy. Dissertation, LMU, München (2019)

Ehberger, D.: Electron pulse control with terahertz fields. Dissertation, LMU, München (2019)

Hacker, B.: Two-Photon Gate and Creation of Optical Cat States using One Atom in a Cavity. Dissertation, TU, München (2019)

Högner, M.: Spatio-Spectrally Tailored Nonlinear Enhancement Cavities. Dissertation, LMU, München (2019)

Hümmer, T.: Cavity-enhanced Hyperspectral Raman and Absorption Microscopy. Dissertation, LMU, München (2019)

Jakubeit, C.: High Harmonic Generation using a 2 µm OPCPA. Dissertation, LMU, München (2019)

Knips, L.: Efficient Quantum State Analysis and Entanglement Detection. Dissertation (2019)

Molnár, A.: Tensor Network Methods in Many-body physics. Dissertation, LMU, München (2019)

Näger, J.: Parametric Instabilities of Interacting Bosons in Driven Optical Lattices. Dissertation, LMU, München (2019)

Riegger, L.: Interorbital spin exchange in a state-dependent optical lattice. Dissertation, LMU, München (2019)

Rupp, P.: Ultrafast Dynamics on Nanostructures in Strong Fields. Dissertation, LMU, München (2019)

Schweizer, C.: Minimal instances for ℤ₂ lattice gauge theories and spin pumps. Dissertation, LMU, München (2019)

Seeßelberg, F.: Interacting gases of ultracold polar molecules. Dissertation, LMU, München (2019)

Welte, S.: Photon-Mediated Quantum Information Processing with Neutral Atoms in an Optical Cavity. Dissertation, TU, München (2019)

Burchardt, D. C.: A Rigorous Test of Bell’s Inequality and Quantum Teleportation Employing Single Atoms. Dissertation, Ludwig Maximilians Universität, München (2018)

Burger, C.: Laser-induced nuclear dynamics in hydrocarbons. Dissertation, LMU, München (2018)

Glasser, I.: Tensor Networks, conformal fields and machine learning: applications in the description of quantum many-body systems. Dissertation, TU, München (2018)

Herwerth, B.: Quantum many-body states defined through conformal field theory. Dissertation, TU, München (2018)