Selected topics on: 1) proposal of interpreting the Crab supernova with a GRB 2) progress in identifying the seven GRBs episodes 3) the role of Sagittarius A in identifying the dark matter component (the X fermion)

TL;DR

This paper reviews the history of gamma-ray burst (GRB) observations, highlights the development of the BdHN model, discusses seven key GRB episodes, and explores connections to the Crab supernova and dark matter, emphasizing new insights into high-energy radiation.

Contribution

It introduces a comprehensive view linking GRB episodes, the Crab supernova, and dark matter, with new inferences on TeV energy radiation within the BdHN framework.

Findings

Identification of seven distinct GRB episodes in powerful BdHN I events

New explanations for TeV high-energy radiation in GRBs

Connections between GRBs, the Crab supernova, and dark matter components

Abstract

As the fiftieth anniversary of our common effort in the field of relativistic astrophysics is approaching, we offer a new look to some of our acquired knowledge in a more complete view, which evidence previous unnoticed connections. They are gaining due prominence in reaching a more complete picture evidencing the main results. We outline the history of GRB observations along with a summary of the contributions made by our group to develop the BdHN interpreting model. We show the seven Episodes characterizing the most powerful BdHNe I occurred to date: GRB 190114C and GRB 220101A. New inferences for the explanation of the highest energy radiation in the TeV are presented.