Why is it CAMAP groundbreaking?

Because of the diversity of time and length scales, so far we have only models for different stages in the gamma-ray burst (GRB) phenomenon.
I will try to obtain a consistent model to explain gamma-ray bursts from the collapse of massive stellar cores to the late afterglow.

State-of-the-art COLLAPSE Stellar core collapse from pre-supernova models including (some) of the following: B-fields, GR, microphysics, 3D, v-transport OUTFLOW Ad-hoc model of the central engine hypercreating-BH + initial B (strenght + topology) Jet injection conditions Jet propagation: AMR, (ideal) (G)R(M)HD, estimate flow conditions at transparency RADIATION Assumed ejecta structure, kinematic models, analytic or simplified emission models

Magneto-rotational core collapse from pre-supernova models in full (time- evolving) GR, including microphysics, and (simplified) !-transport. Collapse followed beyond BH-formation, until a hyper-accreting BH forms. B-field consistently computed from the evolution of the pre-supernova core. Propagation of the jet in GRRMHD until it reaches transparency. Consistent calculation of the observational signature (radiation). Extensions: 3D, improved !-transport, more emission processes (IC), etc.