Speaker: Szymon Pustelny (Institute of Theoretical Physics, JU)
Abstract
The ability to generate, modify, and retrieve a quantum state is of
paramount importance for quantum information. Conventional physical
implementations of the schemes, enabling realization of the tasks,
employ single microscopic objects (atoms, photons, superconducting
circuits, etc.). However, operation with such objects presents many
experimental challenges. In the seminar, an alternative approach,
enabling realization of quantum-state engineering and tomography using
the collective state of many atoms (10^9), will be presented.
