PhD student for Properties of Coherently Prepared Media (Ultra-cold media)
The project aims at studies of new magneto-optical properties of cold atoms with the perspective of establishing new ways of controlling quantum states of atomic samples. One possible objective is application of the spin-squeezing for obtaining measurement accuracy beyond the standard uncertainty limit. Another is development of experimental methods of extending the coherence time of the quantum state superpositions. Possible application of these results are in quantum information and for sensitive, nondestructive diagnostics of cold-matter samples. The candidate should be experienced in laser spectroscopy and atomic cooling and trapping techniques.
Person responsible for realization of the task MSc. Marcin Piotrowski.