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Probing Cosmic Unknowns through Neutrinos
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Exploring the Cosmos through our Senses
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Cosmic Messengers
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Outline
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Multi-Messenger Sources as of 2023: No. 2
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Ideal Messengers
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Powerful Probes in Astrophysics
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The Dream of Neutrino Astronomy
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The Cosmos in Neutrinos
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New Kinds of Neutrino "Telescopes"
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Compact Astrophysical Sources
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The Next Local Supernova (SN 2XXXA) 54
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Supernova Explosion Mechanism
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Fingerprints of Explosion Mechanism
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Fingerprints of Black Hole Formation
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Neutrino Alert
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Fingerprints of Supernova Population
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Flavor Evolution
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Neutrino Interactions
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Simplified Picture of Flavor Conversions
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Flavor Conversion in the Supernova Core
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High Energy Emission from Supernovae
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High Energy Emission from Gamma-Ray Bursts
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Subphotospheric Emission from Collapsars
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Compact Binary Mergers
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The Next Binary Merger (GW XXXX22)
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Nucleosynthesis of the Heavy Elements
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Neutrinos and Nucleosynthesis
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High Energy Neutrinos from GRB 170817A?
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Cosmic Accelerators
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IceCube Alerts & Real Time Follow-Up
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High Energy Neutrinos from Tidal Disruptions?
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Source Misidentification?
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New Species in the Transient Zoo
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Fast Blue Optical Transients
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Fingerprints of Source Properties
Description:
Explore the fascinating world of neutrinos and their role in cosmic phenomena in this theoretical physics colloquium by Prof. Irene Tamborra. Delve into the impact of neutrinos on stellar dynamics, element formation, and powerful cosmic events. Learn about recent developments in neutrino physics and their significance in multi-messenger astronomy. Discover how neutrinos serve as ideal cosmic messengers and powerful probes in astrophysics. Examine various cosmic sources, including supernovae, gamma-ray bursts, and compact binary mergers, and their neutrino signatures. Investigate the potential of neutrino astronomy, new neutrino detection methods, and the exciting prospects for future discoveries in this cutting-edge field of theoretical physics.

Probing the Cosmic Unknowns Through Neutrinos

Theoretical-Physics-Colloquium
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