Gamma-Ray Burst Science in 2030

doi:10.3390/books978-3-0365-6898-0

Download Url(s)

https://mdpi.com/books/pdfview/book/7337

Contributor(s)

Moretti, Elena (editor)

Longo, Francesco (editor)

Language

English

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Abstract

This reprint contains a series of articles and reviews that illustrate the state-of-the-art knowledge about Gamma Ray Bursts and provide deep insights on the challenges that will be faced in GRB physics in the next decade.

URI

https://directory.doabooks.org/handle/20.500.12854/100873

Keywords

gamma rays bursts; radiation mechanisms; non-thermal; quark matter; up-down quark nuggets; quark star crusts; white dwarfs; gamma ray bursts; fireball model; circularity problem; standard candles; calibration; dark energy; dark matter; cosmography; cosmological parameters; Gamma-ray bursts; massive stars; supernova; spectroscopy; binary stars; metallicity; rotation rate; gamma-ray bursts; polarization; jet structure; instruments & methods; GRB; radio; redshift evolution; instrumentation—detectors; gamma rays: general; gamma-ray bursts: general; gamma-ray burst; gravitational wave; neutron stars; magnetosphere; shock breakout; SVOM (Space-based multiband astronomical Variable Objects Monitor); time-domain astronomy; γ-ray burst; multi-messenger astrophysics; nano-satellites; supernovae; Ia; cosmology; Hubble; tension; ΛCDM; evolution; modified; gravity; theories; prompt emission; relativistic jets; gamma–rays: bursts; cosmology: early universe; multi-messenger astrophysics: gravitational waves; neutrinos; instrumentation: X/gamma–ray astrophysics from space; fundamental physics; non-thermal processes; Cherenkov telescopes; very high energy; IACTs; clustering; statistical analysis; feature extraction; machine learning; gamma-ray burst: general; relativistic processes; magnetohydrodynamics