Optimal strategies for tests of EPR-Steering with no detection loophole
David Andreoff Evans, Howard M. Wiseman · AIP conference proceedings · 2014
It has been shown in earlier works that the vertices of Platonic solids are good measurement choices for tests of EPR-Steering.Such measurements are regularly spaced, and measurement diversity is a good feature for making EPR-Steering inequalities easier to violate with entangled states.However, such measurements are provably suboptimal.By scrutinising not only the average results, but also the measurement statistics of cheating strategies in a Local Hidden State model, we outline a method for devising optimal strategies for EPR-Steering tests with no detection loophole.