UT.Physics.Seminars

@UTPhysicsWeeklySeminars
IPM's School of Physics ONLINE Colloquium


Speaker
Alvaro De Rujula

Affiliation
IFT, UAM/CSIC, Madrid & Theory Division of CERN



Title of talk
Gamma Ray Bursts and Cosmic Rays
عنوان: پرتو‌های کیهانی و فوران‌های پرتو گاما

Date and time,

6-7:30pm, Wednesday 24 September 2025 (2 Mehr 1404)

Venue: Online

Link
https://www.skyroom.online/ch/schoolofphysics/colloquium

Abstract
Gamma Ray Bursts (GRBs) and Cosmic Rays (CRs) are easily understandable. Solid observations of quasars and micro-quasars show how these objets emit “Cannonballs” (CBs), though the underlying mechanisms are not theoretically well understood. The assumption that core-collapse supernovae emit CBs plus some trivial relativistic kinematics provide a successful understanding of GRBs and CRs. The self-defined “official experts” on these fields resist the evidence, in an explicitly inquisitorial way.

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826 viewsedited  Sep 20 at 11:52

@UTPhysicsWeeklySeminars
IPM's School of Physics ONLINE Colloquium


Speaker
Alvaro De Rujula

Affiliation
IFT, UAM/CSIC, Madrid & Theory Division of CERN



Title of talk
Gamma Ray Bursts and Cosmic Rays
عنوان: پرتو‌های کیهانی و فوران‌های پرتو گاما

Date and time,

6-7:30pm, Wednesday 24 September 2025 (2 Mehr 1404)

Venue: Online

Link
https://www.skyroom.online/ch/schoolofphysics/colloquium

Abstract
Gamma Ray Bursts (GRBs) and Cosmic Rays (CRs) are easily understandable. Solid observations of quasars and micro-quasars show how these objets emit “Cannonballs” (CBs), though the underlying mechanisms are not theoretically well understood. The assumption that core-collapse supernovae emit CBs plus some trivial relativistic kinematics provide a successful understanding of GRBs and CRs. The self-defined “official experts” on these fields resist the evidence, in an explicitly inquisitorial way.

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