Dissertationen

Tobias Jenke (2011)
qBounce - vom Quantum Bouncer zur Gravitationsresonanzspektroskopie, opens a file in a new window

Gunther Kronenberg (2016)
Frequency measurements testing Newton's Gravity Law with the Rabi-qBounce experiment, opens a file in a new window

Tobias Rechberger (2018)
Ramsey Spectroscopy of Gravitationally Bound Quantum States of Ultracold Neutrons, opens a file in a new window

Hanno Filter (2018)
Interference Experiment with Slow Neutrons: A Feasibility Study of Lloyd's Mirror at the Institut Laue-Langevin, opens a file in a new window

Diplom- und Masterarbeiten

Lukas Achatz (2018)
Systematic Tests for Gravitational Resonance Spectroscopy, opens a file in a new window

Jakob Micko (2018)
qBounce - Gravity Resonance and Ramsey Spectroscopy, opens a file in a new window

Patrick Schmidt (2017)
Studien zur Ramsey-Spektroskopie ultrakalter Neutronen im Rahmen des qBounce Experiments, opens a file in a new window

Manuel Heiß (2017)
Vorbereitung von Gravitationsexperimenten im Rahmen des qBounce-Experiments, opens a file in a new window

Gregor Wautischer (2014)
Realisation of Quantum Transport Measurements with UCNswithin the qBounce Project, opens a file in a new window

Jörg Herzinger (2014)
Entwicklung einer Instrumentansteuerung für das qBounce Experiment, opens a file in a new window

Martin Thalhammer (2013)
Optimierung der Detektorsignalverarbeitung des Gravitationsexperiments qBounce, opens a file in a new window

Thomas Bittner (2013)
 Entwicklung eines Blendensystems zur Geschwindigkeitsselektion für das qBounce Experiment, opens an external URL in a new window

Heiko Saul* (2011)
Weiterentwicklung des Detektor- und Auslesekonzepts für das Gravitationsexperiment qBounce, opens a file in a new window

Tobias Lins* (2011)
Quantenzustände im Gravitationsfeld der Erde, opens a file in a new window

David Stadler** (2009)
Dynamik ultrakalter Neutronen im Gravitationsfeld der Erde, opens a file in a new window

Tobias Jenke** (2008)
Weiterentwicklung eines Experiments zur Realisierung eines Quantum Bouncing Balls und Suche nach Extradimensionen der Raumzeit, opens a file in a new window

* The diploma thesis was carried out as part of the qBounce project at the Physics Department E18 of the Technical University of Munich.

** The diploma thesis was carried out as part of the qBounce project at the Physics Institute of the Ruprecht-Karls University in Heidelberg.