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16–19 Feb 2023
Banff Centre
Canada/Mountain timezone

Understanding Hadronic Mass Through Light Meson Structure at the EIC

17 Feb 2023, 11:00
15m
KC 303 (Banff Centre)

KC 303

Banff Centre

Contributed Oral Particle Physics February 17 Morning Session

Speaker

Love Preet (University of Regina)

Description

The Electron-Ion Collider (EIC) is a new US$2 billion high-luminosity accelerator that is expected to be operational at Brookhaven National Laboratory, USA at the beginning of the next decade. One of the main goals of the EIC is to understand the origin of hadronic mass, this is the majority of visible mass (>99%) in the universe. From the little that we understand, we know that the mass of these systems is intricately connected to their internal structure. To understand this structure, and therefore these mass generation mechanisms, we can examine one of the simplest hadronic systems we know of, mesons. My research work involves the study of light mesons (in particular K+) through Deep Exclusive Meson Production (DEMP) reactions. I have recently upgraded a DEMP [1] event generator to investigate K+ structure studies at the EIC. In this talk, I will present an update on these ongoing K+ studies and the modifications to the DEMP event generator that were required to conduct this study.

[1] https://github.com/JeffersonLab/DEMPGen.

Your Email Love Preet
Supervisor Garth Huber
Supervisor Email huberg@uregina.ca
Funding Agency NSERC - SAPPJ 2021-00026

Primary author

Love Preet (University of Regina)

Co-authors

Mr Garth Huber (University of Regina) Dr Stephen Kay (University of Regina)

Presentation materials