Cosmological analysis using Panstarrs data: Hubble constant and direction dependence

Hubble tension is among the most crucial unresolved issues in modern cosmology. In addition, search for preferred direction has also been explored last two decades. Different measurements of constant provide significantly different values, and this known as tension. The cosmological principle assumes that universe homogeneous isotropic; however, deviations from isotropy have often claimed. We apply Bayesian tools Extreme Value theory dependent statistic to address above issues. These techniques applied Panstarrs1 type Ia supernovae data. Our analysis does not reject However, our value smaller than SHoES program agrees with CCHP value. theory-based indicates data show directional dependence. As a byproduct technique, we errors are non-Gaussian nature.