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Colloquium – Taoli Cheng – Towards AI-assisted High Energy Physics: A New Paradigm of Understanding Elementary Particles
Colloquium – Taoli Cheng – Towards AI-assisted High Energy Physics: A New Paradigm of Understanding Elementary Particles
Speaker: Taoli Cheng (University of Montreal) Title: Towards AI-assisted High Energy Physics: A New Paradigm of Understanding Elementary Particles Abstract: The rapid evolution of artificial intelligence (AI) and deep learning methodologies is driving a profound paradigm shift in scientific discovery. Armed with large-scale datasets and the ability to handle high dimensionality, deep neural networks offer
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Theory Seminar by Prof. Dr. Anatoly Dymarsky (Kentucky)
Theory Seminar by Prof. Dr. Anatoly Dymarsky (Kentucky)
Speaker: Prof. Dr. Anatoly Dymarsky (University of Kentucky) Title: KdV ETH in 2d CFT at finite c Abstract: 2d conformal field theories in full generality admit an infinite tower of conserved charges, the so-called quantum KdV charges, which make the dynamics of stress-energy tensor integrable. An attempt to formulate Eigenstate Thermalization Hypothesis necessarily requires taking
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Colloquium – James Camparo – Basic Physics and Atomic Timekeeping in Space
Colloquium – James Camparo – Basic Physics and Atomic Timekeeping in Space
Speaker: Dr. James Camparo (The Aerospace Corp.) Title: Basic Physics and Atomic Timekeeping in Space Abstract: In 1945, during the Richtmeyer Memorial Lecture at the annual meeting of the American Physical Society in New York City, Nobel Laureate I. I. Rabi made the first suggestion for a clock based on
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Theory Seminar by Seminar by Prof. Dr. Brian Swingle (Brandeis University)
Theory Seminar by Seminar by Prof. Dr. Brian Swingle (Brandeis University)
Prof. Dr. Swingle from Brandeis University will discuss cosmology from random entanglement.
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Seminar by Dr. Ruchi Chudasama (UA)
Seminar by Dr. Ruchi Chudasama (UA)
Speaker: Dr. Ruchi Chudasama (UA) Title: Search for axion-like particles in pp and PbPb collisions at the LHC Abstract: This talk delves into the pursuit of the direct production of pseudoscalar axion-like particles (ALPs) decaying to photons, conducted with the data collected by the CMS detectors at the Large Hadron Collider (LHC). ALPs are hypothetical
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