This is a status report about the ongoing work on the realization of quantum field theory on
curved graphene spacetimes that uses Weyl symmetry. The programme is actively pursued …

We study the behavior of the vacuum condensates characterizing many physical
phenomena. We show that condensates due to thermal states, to fields in curved space, and …

The solutions of many issues, of the ongoing efforts to make deformed graphene a tabletop
quantum field theory in curved spacetimes, are presented. A detailed explanation of the …

We present a quantum field theoretical approach to the vacuum neutrino oscillations in
curved space, we analyze the nontrivial interplay between quantum field mixing and field …

We analyze many aspects of the phenomenon of the decoherence for neutrinos propagating
in long baseline experiments. We show that, in the presence of an off-diagonal term in the …

We study decoherence effects on mixing among three generations of neutrinos. We show
that in presence of a non-diagonal dissipation matrix, both Dirac and Majorana neutrinos …

We analyze axion–photon mixing in the framework of quantum field theory. The condensate
structure of the vacuum for mixed fields induces corrections to the oscillation formulae and …

It is shown that the vacuum condensate induced by many phenomena behaves as a perfect
fluid which, under particular conditions, has zero or negative pressure. In particular, the …

We analyze the non-cyclic geometric phase for neutrinos. We find that the geometric phase
and the total phase associated to the mixing phenomenon provide a theoretical tool to …

We present a theory of neutrino oscillations in a dense medium which goes beyond the
effective matter potential used in the description of the MSW effect. We show how the purity …