Phases of matter are fundamental in daily life as well as in physics, such as when distinguishing between water and ice. A crucial role is played by...
How can we realize exotic quantum systems with unconventional behavior in the simplest possible way?
How can we efficiently prepare complex many-body states on near-term quantum devices, and how can we verify the success of such a preparation?
Given two equivalent topological models, does there exist a microscopic mapping between them, and how can it be constructed?
In a new Phys. Rev. B paper, we show that topological order in 3D has tensor network descriptions stable against arbitrary perturbations.
Interested in learning about the theory of Tensor Network States, in particular Matrix Product States (MPS) and Projected Entangled Pair States...
