Speakers
Dr
Alexis A. Aguilar-Arevalo
(INSTITUTO DE CIENCIAS NUCLEARES, UNAM)Dr
Juan Carlos D'Olivo
(INSTITUTO DE CIENCIAS NUCLEARES, UNAM)
Description
It is shown that the Magnus expansion for the evolution operator,
when implemented in the adiabatic basis, provides a convenient
formalism to find approximate solutions to the problem of three
neutrino oscillations in a medium with an arbitrarily varying density.
This method allows us to incorporate in a simple way the Earth
matter effects on the transition probabilities for neutrinos with a
wide interval of energies, making possible an accurate description
of such effects in the case of solar and atmospheric neutrinos.
Primary authors
Dr
Alexis A. Aguilar-Arevalo
(INSTITUTO DE CIENCIAS NUCLEARES, UNAM)
Dr
Juan Carlos D'Olivo
(INSTITUTO DE CIENCIAS NUCLEARES, UNAM)
