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Neutrino oscillation physics has entered the precision era and the potentialforthcoming experiments Hyper-Kamiokande and Deep Under-ground NeutrinoExperiment (DUNE) are expected to lead this endeavor. In this paper we performa comprehensive study of the octant, mass hierarchy and CP discoverysensitivities of DUNE, T2HK & T2HKK in their individual capacity andinvestigate the synergies of the aforementioned experiments with the on goingT2K and NO$\nu$A experiments. We present a comparative account of theprobabilities at the three baselines and explore in detail the physics issueswhich can cause the discrepancies in the sensitivities among the differentexperiments. We also find out the optimal exposure required by theseexperiments for achieving $5\sigma$ hierarchy and octant sensitivity and todiscover CP violation at $3\sigma$ for 60\% values of $\delta_{CP}$. Inaddition we vary the neutrino-antineutrino runtime ratios for T2HK & T2HKK andcheck if the sensitivities are affected significantly due to this.

Spotlighting the sensitivities of T2HK,T2HKK and DUNE