Calorimeter Construction: Precision Measurements of η and η' Decays Using the Jefferson Lab Eta Factory
ORAL
Abstract
We introduce a new experiment conducted in experimental Hall D at the Thomas Jefferson National Accelerator Facility, dubbed the Jefferson Lab Eta Factory (JEF). This forthcoming project will perform precision measurements of various η and η' decays focusing on rare neutral modes. The JEF experiment requires upgrading the inner part of the forward lead glass calorimeter of the GlueX detector with high-granularity and improved resolution lead tungstate scintillating crystals. The new calorimeter consists of 1,596 modules undergoing fabrication. During the summer of 2023, we worked on fabricating the calorimeter modules and performed quality assurance tests using a light-emitting diode. We will give an overview of the design of the calorimeter modules, the fabrication of the modules, and the testing procedure for functionality and their results.
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Presenters
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Manav Bilakhia
Union College
Authors
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Manav Bilakhia
Union College
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Philip J Nazzaro
University of North Carolina Wilmington
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Brandyn New
Lamar University
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Aaron Martinez
Lamar University
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Vadim Murakhovskiy
Northern Virginia Community College
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Hillary P Beauliere
Florida International University
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Payton Sanford
North Carolina Agricultural and Technical State University
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Denton Silfvast
George Washington University
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Quinn Stefan
George Washington University
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Madelyn Kaban
University of Regina
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Madison Blatchford
University of Regina
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Bradley Friedman
The College of William and Mary
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Hector Cardenas
University of North Carolina Wilmington
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Connor Cassidy
The College of William and Mary