Kaon-LT Experiment » History » Version 31
Richard Trotta, 07/16/2018 11:09 AM
1 | 15 | Richard Trotta | h1. *Welcome to the Kaon-LT redmine page!* |
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2 | 5 | Richard Trotta | |
3 | 27 | Richard Trotta | h2. Overview |
4 | 26 | Richard Trotta | |
5 | 31 | Richard Trotta | The simplest strongly bound quark-gluon systems in nature are the two lightest quarkantiquark |
6 | pairs, pions and kaons, and the two lightest three-quark systems, protons and neutrons |
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7 | - these also provide the building blocks for the atomic nuclei at the core of the atom. Gaining a |
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8 | quantitative description of the nature of these systems, including a revealing of their inner |
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9 | structure and an understanding of the dynamics that bind them, is thus of great importance for |
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10 | our understanding of the fundamental structure of matter. This experiment is aimed to confirm |
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11 | the potential of kaon measurements both for studies of the kaon structure itself and of the 3D |
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12 | structure of the proton, in terms of spatial imaging (tomography). In particular, E12-09-011 will |
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13 | probe if the measurements to map the spatial extension of the charged pion can be extended to |
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14 | those of the charged kaon, and if kaons can be utilized to enable 3D spatial tomography of |
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15 | strange quarks. |
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16 | The E12-09-011 experiment is an exclusive measurement of the L/T separated kaon |
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17 | electroproduction cross section important for understanding the role of strangeness in GPD |
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18 | studies and the kaon form factor. It will for the first time make precision measurements of the |
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19 | L/T separated kaon electroproduction cross sections as a function of Q2 |
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20 | above the resonance |
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21 | region. These data will provide information about the onset of the Q2 evolution in kaon |
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22 | production. A direct comparison of the scaling properties of the + and separated cross |
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23 | sections would provide an important tool for the study of the onset of factorization in the |
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24 | transition from the hadronic to the partonic regime, and provide a possibility to study effects |
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25 | related to SU(3). The L/T separated cross sections at low –t can further provide constraints of the |
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26 | largely unknown kaon form factor. |
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27 | 26 | Richard Trotta | |
28 | 1 | Richard Trotta | h2. Physics Motivation |
29 | 30 | Richard Trotta | * "PAC Proposal":https://redmine.jlab.org/documents/37 |
30 | 28 | Richard Trotta | |
31 | h2. Collaboration |
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32 | 29 | Richard Trotta | * [[Spokespersons]] |
33 | 28 | Richard Trotta | * [[Collaboration List]] |
34 | * [[Mailing List]] |
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35 | |||
36 | h2. Data Analysis |
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37 | * "Hall C Logbook":https://logbooks.jlab.org/book/hclog |
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38 | * "Kaon LT Logbook":https://logbooks.jlab.org/book/kaonlt |
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39 | 26 | Richard Trotta | |
40 | 9 | Richard Trotta | h2. Wiki Pages |
41 | 25 | Richard Trotta | {{child_pages(depth=2)}} |