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Hi, Sasha,</div>
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Your abstract looks excellent for me.</div>
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Liping<br>
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<div id="divRplyFwdMsg" dir="ltr"><font face="Calibri, sans-serif" style="font-size: 11pt; color: rgb(0, 0, 0);"><b>From:</b> Jef <jef-bounces@jlab.org> on behalf of Alexander Somov via Jef <jef@jlab.org><br>
<b>Sent:</b> Thursday, January 4, 2024 9:59 PM<br>
<b>To:</b> jef@jlab.org <jef@jlab.org><br>
<b>Subject:</b> [Jef] APS abstract</font>
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<p style="margin-top: 0px; margin-bottom: 0px; color: rgb(0, 112, 115);"><b>[<i>This email originated from outside of UNCW</i>]</b></p>
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Hi,</div>
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Here is a draft of my abstract. Please take a look. The submission deadline is tomorrow, Jan 5.</div>
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Thanks,</div>
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Sasha</div>
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Lead tungstate calorimeters at Jefferson Lab and perspectives for the Electron–Ion Collider
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<div class="x_ContentPasted0">Electromagnetic calorimeters based on PbWO4 scintillating crystals have a widespread</div>
<div class="x_ContentPasted0">application in experiments at different accelerator facilities such as CERN, FNAL, GSI,</div>
<div class="x_ContentPasted0">and Jefferson Lab. The unique properties of PbWO4 crystals, including a small</div>
<div class="x_ContentPasted0">radiation length and Molière radius, make them ideal for building high-granularity,</div>
<div class="x_ContentPasted0">radiation-hard detectors. This enables excellent spatial separation and energy resolution</div>
<div class="x_ContentPasted0">of reconstructed electromagnetic showers, making PbWO4 crystals the material of choice for</div>
<div class="x_ContentPasted0">numerous experiments. Lead tungstate calorimeters have been successfully used in several</div>
<div class="x_ContentPasted0">experiments at Jefferson Lab. Two large-scale detectors have been recently fabricated for</div>
<div class="x_ContentPasted0">future experiments : the Neutral Particle Spectrometer and the lead tungstate calorimeter of the</div>
<div class="x_ContentPasted0">GlueX detector. The future application of PbWO4 crystals in the Electron–Ion Collider
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<div class="x_ContentPasted0">further highlights their ongoing importance in advancing experimental capabilities. In planning</div>
<div class="x_ContentPasted0">new experiments, the development of calorimeter instrumentation technologies becomes paramount.</div>
<div class="x_ContentPasted0">The integration of modern photodetectors, such as Silicon photomultipliers that are capable of operating</div>
<div class="x_ContentPasted0">in strong magnetic fields, and the implementation of streaming readout data acquisition systems, sophisticated</div>
<div class="x_ContentPasted0">shower reconstruction algorithms, and real-time data analysis are some examples of the continuously</div>
<div class="x_ContentPasted0"> growing requirements of experimental setups. I will give an overview of the lead tungstate scintillating</div>
<div class="x_ContentPasted0">calorimeters and discuss some recent advancement in the calorimeter instrumentation.
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Hi,<br>
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