The dynamical Schwinger effect refers to the creation of electron-positron pairs by a time dependent, spatially homogeneous electric field. It probes the fundamentals of quantum electrodynamics and is sought to be verified with upcoming high-intensity laser installations. In the dynamically assisted Schwinger effect, the pair yield is increased by orders of magnitude through the combination of fields of different field strength and frequency scales. In this thesis we, investigate both processes in the framework of a quantum kinetic equation. We are especially interested in what amplification factors can be achieved by the assisting field and whether intermediately large mode occupation numbers have a physical significance and could serve as...
Present-day experiments have started to couple traditional simulations of ultracold atom experiments...
In this thesis, we investigate the usage of an optical femtosecond frequency comb for precision meas...
This work concerns the interaction of single atoms and light as a platform for quantum-communication...
The dynamical Schwinger effect refers to the creation of electron-positron pairs by a time dependent...
Due to recent developments in high-field laser systems, intense sub-cycle pulses can be generated on...
In dieser Arbeit wird die Antwort von Intersubbandsystemen auf lineare und nichtlineare Ultrakurzzei...
Semiclassical theories have proven to be a versatile tool in ultrafast strong field science. In this...
Die Ultrakurzpuls-Quantenoptik ist ein junges Forschungsfeld. Sie beschäftigt sich vorwiegend mit Qu...
During the last years there has been constant progress in the area of non-adiabatic effects, especia...
Recent studies of Schwinger pair production have demonstrated that the asymptotic particle spectrum ...
AbstractRecent studies of Schwinger pair production have demonstrated that the asymptotic particle s...
Chemische Reaktionen in der Natur sowie Prozesse in synthetischen Materialien werden oft erst durch ...
Quantum information and computing are rapidly evolving fields that explore and make use of the funda...
In dit proefschrift bestuderen we dynamische processen zoals energietransport en structuurveranderin...
Relativistische Quantentheorie sagt die Existenz von virtuellen Elektron-Positron-Paaren vorher, die...
Present-day experiments have started to couple traditional simulations of ultracold atom experiments...
In this thesis, we investigate the usage of an optical femtosecond frequency comb for precision meas...
This work concerns the interaction of single atoms and light as a platform for quantum-communication...
The dynamical Schwinger effect refers to the creation of electron-positron pairs by a time dependent...
Due to recent developments in high-field laser systems, intense sub-cycle pulses can be generated on...
In dieser Arbeit wird die Antwort von Intersubbandsystemen auf lineare und nichtlineare Ultrakurzzei...
Semiclassical theories have proven to be a versatile tool in ultrafast strong field science. In this...
Die Ultrakurzpuls-Quantenoptik ist ein junges Forschungsfeld. Sie beschäftigt sich vorwiegend mit Qu...
During the last years there has been constant progress in the area of non-adiabatic effects, especia...
Recent studies of Schwinger pair production have demonstrated that the asymptotic particle spectrum ...
AbstractRecent studies of Schwinger pair production have demonstrated that the asymptotic particle s...
Chemische Reaktionen in der Natur sowie Prozesse in synthetischen Materialien werden oft erst durch ...
Quantum information and computing are rapidly evolving fields that explore and make use of the funda...
In dit proefschrift bestuderen we dynamische processen zoals energietransport en structuurveranderin...
Relativistische Quantentheorie sagt die Existenz von virtuellen Elektron-Positron-Paaren vorher, die...
Present-day experiments have started to couple traditional simulations of ultracold atom experiments...
In this thesis, we investigate the usage of an optical femtosecond frequency comb for precision meas...
This work concerns the interaction of single atoms and light as a platform for quantum-communication...