Emily Townsend (the University of Maryland and Joint Quantum Institute)
February 10
2:00 pm
ABSTRACT:
Small atomic dopant lattices represent a sweet spot for NISQ era devices. They can host enough electrons to display many-body physics, with Hilbert space sizes that range from those we can describe numerically, to the analog computational regime: where measurements on the device will stand in for a computation. I’ll present numerical results for the ground and excited state properties of one-dimensional many-electron atomic lattices for a range of parameters, and discuss what physics we might be looking for in actual dopant arrays of the present and near future.
The recording is available here.