During the last decade a great progress was
reached in the understanding of how quantum computing
can be performed and efficient algorithms were
developed. In fact a quantum computer represents a
system of many coupled qubits which in general can be viewed
as a many-body interacting quantum system.
Recent studies showed that the interaction can lead
to emergence of quantum chaos and dynamical thermalization
even in an isolated quantum computer
decoupled from the environment. These effects impose
certain restrictions on quantum computer operability
in addition to the effects of external decoherence.
The aim of the conference is to discuss recent achievements
being on the intersection of these two rapidly
developing directions of research.
