The Faculty of Mathematics and Natural Sciences: Search
Now showing items 1-7 of 7
Cold atom physics using ultra-thin optical fibres
(2009-01-28)
In this thesis I present experiments concerning the investigation and manipulation of cold neutral atoms using ultra-thin optical fibres with a diameter smaller than the wavelength of the guided light. In such a fibre-field ...
Lichtkräfte auf einen Indiumatomstrahl
(2007)
Die atomare Nanostrukturierung (atomic nanofabrication, ANF), d. h. das kontrollierte Abscheiden von Atomen auf einem Substrat bietet interessante Perspektiven, wenn zwei atomare Spezies benutzt werden. Besonders interessant ...
Single atoms on demand for cavity QED experiments
(2007)
Cavity quantum electrodynamics (cavity QED) describes electromagnetic fields in a confined space and the radiative properties of atoms in such fields. The simplest example of such system is a single atom interacting with ...
Opto-mechanical manipulation of indium atoms
(2004)
Indium is a technologically interesting element in the semicoductor and opto-electronics industry.
Instead of other usually applied methods, we try to fabricate nano-structures of indium with atom lithography. The ...
Instead of other usually applied methods, we try to fabricate nano-structures of indium with atom lithography. The ...
Laser Manipulation of Indium Atoms
(2005)
This thesis presents experiments on laser cooling of an indium atomic beam. The long-term goal of this experiment is to deposit indium atoms on a substrate using a standing wave light mask. The atomic beam has to be initially ...
A neutral atom quantum register
(2005)
In this thesis I present the realization of a quantum register of single neutral atoms, which is a building block of a quantum computer. It consists of a well known number of "qubits" - the quantum analogs of classical ...
Optical control of single neutral atoms
(2004)
This thesis presents experiments concerning the preparation and manipulation of single neutral atoms in optical traps. The experimental setup as well as the properties of the optical dipole trap are described. The examination ...