Date:
Thu, 02/11/201712:00-13:30
Location:
Danciger B building, Seminar room
Lecturer: Dr. Erez Zohar, Max-Planck-Institut für Quantenoptik
Abstract:
Gauge theories are not only important and fundamental in modern physics, they also present some hard, challenging puzzled waiting to be solved.
In the recent years, quantum information, optics and atomic physics have proposed two new approaches for studying such theories: tensor networks and quantum simulation. In my talk I will discuss the latter, present some analog quantum simulation schemes, and focus on a recent, digital formulation of lattice gauge theories that allow to construct four-body interactions from two-body ones, allowing for digital quantum simulation schemes with atomic systems.
Abstract:
Gauge theories are not only important and fundamental in modern physics, they also present some hard, challenging puzzled waiting to be solved.
In the recent years, quantum information, optics and atomic physics have proposed two new approaches for studying such theories: tensor networks and quantum simulation. In my talk I will discuss the latter, present some analog quantum simulation schemes, and focus on a recent, digital formulation of lattice gauge theories that allow to construct four-body interactions from two-body ones, allowing for digital quantum simulation schemes with atomic systems.