Characterizing quantum advantage in continuous-variable architectures
Last updated May 26, 2019 by Alessandro Ferraro
Tuesday, May 14th 2019, 04:00 PM, MAPTC/0G/006
Speaker: L. Garcia-Alvarez (Chalmers University)
In this work, we identify as efficiently classically simulatable several continuous variable quantum computing architectures that were not previously identified as such by existing criteria. Namely, we consider architectures exhibiting Wigner negativity and study the interplay between their simulatability and their embedding in finite-dimensional representations.
We are a Research Cluster of the School of Mathematics and Physics at Queen’s University Belfast in Northern Ireland. Our research interests are focused primarily on computational and theoretical physics.
The Old Physics Building,
CTAMOP is situated.