An extensive review of recent results concerning the quantum field theory of particle mixing
in curved spacetime is presented. The rich mathematical structure of the theory for both …

We analyze the boson mixing in curved spacetime and compute the expectation value of the
energy-momentum tensor of bosons on the flavor vacuum in spatially flat Friedmann …

We show that the discrepancy between the observed value of the muon anomalous moment
and the standard model prediction can be explained in the framework of nonlocal theories …

We develop a quantum field theory of boson mixing in curved space. We derive new general
oscillation probabilities and prove that the formalism correctly reproduces the flat space limit …

We show that the study of neutrino capture on tritium, for non-relativistic neutrinos, can allow
to distinguish among the various neutrino models, eventually prove the quantum field theory …

The far infrared physics is a fascinating topic for theoretical physics, since the foundation of
quantum field theory and neutrinos seem to be strongly related with the far infrared physics …

We analyze the geometric phase for neutrinos and we demonstrate that the geometric
invariants associated with transitions between different neutrino flavors, for Majorana …

The rapid progress in gravitational wave astronomy has provided an opportunity for
investigating the presence of long-range scalar forces that exclusively manifest around …

We analyze fermion mixing in the framework of field quantization in curved spacetime. We
compute the expectation value of the energy-momentum tensor of mixed fermions on the …

We develop the quantum field theory of fermion mixing in curved spacetime and discuss the
role of unitarily inequivalent representations in the particle interpretation of the theory. We …