PhD student for Quantum-state engineering

Job description

Quantum-state superpositions are often employed as qubits in quantum information. For their successful application in is essential to lengthen the coherence times, and have versatile methods of controlling the state of such superpositions by external electromagnetic fields. The propose of the project is to develop such methods. In particular, superpositions of specific atomic magnetic sublevels will be required with well determined quantum numbers and symmetric properties which will offer new ways of performing quantum operations on such states. Experimental methods of unambiguous detection of such states by optical methods will also be developed within the project.

Person responsible for realization of the task MSc. Pawel Anielski.