Difference between revisions of "JLab Eta Factory"

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<td width=300 bgcolor="#e0e0f0"><font size="+1">Private: [[Private: Eta Rare Decay | JEF: Eta Rare Decay ]]</font></td>
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<td width=300 bgcolor="#e0e0f0"><font size="+1">Private: [[Private:Eta Rare Decay | JEF: Eta Rare Decay ]]</font></td>
<td width=300 bgcolor="#e0e0f0"><font size="+1">Private: [[Private: Student Projects | JEF: Student Projects ]]</font></td>
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<td width=300 bgcolor="#e0e0f0"><font size="+1">Private: [[Private:Student Projects | JEF: Student Projects ]]</font></td>
 
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The JEF program aims to perform precision measurements of various &eta; decays with emphasis on rare neutral modes. Since the production rates of &eta; and &eta;' are similar under the JEF experimental conditions, the same data set will offer sensitive probes for &eta;'  decays as well. Compared to all existing and planned &eta;/&eta;′ experiments in the world, the unique feature of the JEF program is to offer a clean data set in the rare neutral decays of η and η′ with up to two orders of magnitude reduction in the backgrounds. The JEF data will offer significant different systematics compared to the other &eta;(′) programs.
 
The JEF program aims to perform precision measurements of various &eta; decays with emphasis on rare neutral modes. Since the production rates of &eta; and &eta;' are similar under the JEF experimental conditions, the same data set will offer sensitive probes for &eta;'  decays as well. Compared to all existing and planned &eta;/&eta;′ experiments in the world, the unique feature of the JEF program is to offer a clean data set in the rare neutral decays of η and η′ with up to two orders of magnitude reduction in the backgrounds. The JEF data will offer significant different systematics compared to the other &eta;(′) programs.

Revision as of 22:45, 27 August 2020

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FCAL-II schematic.png JEF Meetings FCAL Upgrade
Compton Calorimeter Clean Room
JEF PAC Proposals Construction plan 1/1/2020 - 30/8/2020
Private: JEF: Eta Rare Decay Private: JEF: Student Projects

The JEF program aims to perform precision measurements of various η decays with emphasis on rare neutral modes. Since the production rates of η and η' are similar under the JEF experimental conditions, the same data set will offer sensitive probes for η' decays as well. Compared to all existing and planned η/η′ experiments in the world, the unique feature of the JEF program is to offer a clean data set in the rare neutral decays of η and η′ with up to two orders of magnitude reduction in the backgrounds. The JEF data will offer significant different systematics compared to the other η(′) programs.