Speaker
Sanjib Agarwalla
Description
In this talk, I will discuss in detail the capabilities of the next-generation high-precision long-baseline
neutrino oscillation experiments DUNE and T2HK in isolation and combination to address the major
unknowns in the three-flavor neutrino oscillation paradigm. I will show how the possible
complementarity/synergy among the on-axis DUNE and off-axis T2HK experiments can enhance
the prospects of precise measurements of the two most uncertain oscillation parameters:
atmospheric mixing angle ($\theta_{23}$) and the Dirac CP phase ($\delta_{CP}$) at the early stages
of these experiments, suppressing the parameter degeneracies in three-flavor neutrino oscillation.
