The combination of various physically plausible properties, such as no signaling,
determinism, and experimental free will, is known to be incompatible with quantum …

We present a cryptographic-inspired framework for modeling Bell nonlocal correlations.
Drawing inspiration from the renowned de Broglie–Bohm theory, we conceptualize nonlocal …

Bell's theorem teaches us that there are quantum correlations that cannot be simulated by
just shared randomness (local hidden variable). There are some recent results which …

The mathematical framework of quantum theory, though fundamentally distinct from classical
physics, raises the question of whether quantum processes can be efficiently simulated …

In the framework of certain general probability theories of single systems, we identify various
nonclassical features such as incompatibility, multiple pure-state decomposability …

In the Bell scenario, any nonlocal correlation shared between two spatially separated parties
can be modeled deterministically either by allowing communications between the two …

The essence of Bell's theorem is that, in general, quantum statistics cannot be reproduced
by a local hidden variable (LHV) model. This impossibility is strongly manifested when …

It has been believed that statistical inequalities such as the Bell inequality should be
modified once measurement independence (MI), the assumption that observers can freely …

The correlations that violate the CHSH inequality are known to have complementary
contributions from signaling and local indeterminacy. This complementarity is shown to …

The complementarity between signaling and randomness in any communicated resource
that can simulate singlet statistics is generalized by relaxing the assumption of free will in the …