The time–energy uncertainty relation (TEUR) plays a fundamental role in quantum
mechanics, as it allows the grasping of peculiar aspects of a variety of phenomena based on …

We analyze how entanglement is generated and distributed in a Bhabha scattering process
(e-e+→ e-e+) at tree level. In our setup an electron A scatters with a positron B, which is …

We exploit complete complementarity relations to fully characterize various aspects of
quantumness in a Bhabha scattering process $(e^-e^+\rightarrow e^-e^+) $ at tree level. For …

Macrorealism formalizes the seemingly intuitive notion that, in contrast with the principles of
quantum mechanics, a physical system can be in a definite state at any given time and …

The quantum field theory formalism describing the phenomenon of neutrino mixing and
oscillations is reviewed in its essential aspects. The condensate structure of the flavor …

Spontaneous collapse models aim at solving the measurement problem of quantum
mechanics by introducing collapse of wave function as an ontologically objective …

We characterize quantum correlations encoded in a three-flavor oscillating neutrino system
by using both plane-wave and wave-packet approach. By means of the Complete …

In this study, we investigate the impact of new physics on different measures of tripartite
entanglement within the context of three-flavor neutrino oscillations. These measures …

We briefly review recent developments in the study of the quantum nature of flavor mixing; in
particular, the attention will be devoted to neutrino and neutral meson oscillations. We …

Non-local correlations in entangled systems are usually captured by measures such as
Bell's inequality violation. It was recently shown that in neutrino systems, a measure of non …