FALL 2023 LECTURE SERIES ON PARTICLE PHYSICS
THIRD EDITION
Talks at Undergraduate Level on Current Research Topics in Theoretical and Experimental High Energy Physics.
Topics of Fall 2023
FALL 2023 LECTURE SERIES ON PARTICLE PHYSICS
THIRD EDITION
Talks at Undergraduate Level on Current Research Topics in Theoretical and Experimental High Energy Physics.
Topics of Fall 2023
Who should attend : Undergrads - all semesters, Masters - all semesters & first year PhD, including anyone interested.
Virtual Zoom
October 21- 22, 2023 (two days)
Registration is now closed.
There is no registration fee
No Certificate will be given.
Participants Attended : 221
Is The Neutrino Its Own Antiparticle ?
Astrochemistry : A Theoretical Approach
Theoretical Aspect of Neutrinoless Double-Beta Decay
Flavour Physics and Effective Field Theory
Probing Quark-Gluon Plasma in High-Energy Collisions
Vivaldi – A Machine Learning Approach to Predicting Building Height
Dark Sector of the Universe
Study of Directed Flow for Fixed Target Energies at RHIC-STAR
Astrophysical Sources of High Energy Gamma Rays
EMC Effect at 11 GeV
Core Collapse Supernova Neutrino Detection
Testing the Standard Model with CEvNS
SLIDES :
Day 1 - Sat Oct 21 :
Introduction I - Ibrahim Mirza
Dark Secrets of the Universe - Taramati Guruwani
Astrochemistry : A Theoretical Approach - Dr. Manisha Yadav
A Flexible Approach to Estimating Building Height - Clinton Stipek
Exploring the Standard Model with CEvNS - Bo Johnson
Is the Neutrino its Own Antiparticle ? - Dr. Harisree Krishnamoorthy
Day 2 - Sun Oct 22 :
Introduction II - Ibrahim Mirza
First-Order Event Plane Correlated Directed and Triangular Flow from Fixed Target Energies at RHIC-STAR - Sharang Rav Sharma
Flavour Physics and Effective Field Theory- Siddhartha Karmakar
Probing Quark-Gluon Plasma in High Energy Collisions - Dr. Nikhil Hatwar
Astrophysical Sources of High Energy Gamma Rays - Aakash Narayan
Studying the Nature of Matter at 11000000000eV- Abhyuday Sharda
Core Collapse Supernova Neutrino Detection - Eli Ward
Closeout - Ibrahim Mirza
Ibrahim Mirza
PhD Physics Candidate
Department of Physics and Astronomy
University of Tennessee, Knoxville
Tennessee, United States
Email : mmirza3@vols.utk.edu