Piotr Mironowicz

We describe a simple and flexible method to implement semi-definite programming relaxations to bound the set of quantum correlations. The method relies on obtaining equality constraints from randomly sampled moment matrices and hence allows the user to easily access the set of quantum behavior in diverse operational scenarios, with the advantage of being easy to implement and adapt to new types of constraints. We studied under which conditions this method can be applied, grounding our analysis on some analytical results and some numerical derivations based on a large number of generated scenarios.