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Hi Nick and All,</div>
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Please find my comments</div>
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slide #2</div>
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Merge the first two bullets in a single bullet:</div>
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Provide the fist data from CLAS12 on inclusive (e.e'X) cross sections at 1.1 GeV<W<3.0 GeV and Q^2<9.0 GeV^2 of interest for the N* and DIS studies as well as for validation of the results from semi-inclusive and exclusive electroproduction channels.</div>
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Change the third bullet as:<br>
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Extension of the results on inclusive structure function towards Q^2>4.0 GeV^2 available within a broad W-range from the N\pi threshold to maximal allowed W within any given Q^2-bin</div>
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Change bullets 4 and 5 as:</div>
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New opportunities for gaining insight into the ground nucleon PDF in the resonance region and into quark-hadron duality from the analysis of the inclusive structure functions both in the resonance and DIS regions</div>
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Change bullet #6 <br>
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Detailed information the scattered electron measurements with the CLAS12 idispensable for all future analyses of semi-inclusive and exclusive cross sections</div>
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NB!!slide #12 !!<br>
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Make sure that results you show are those after ALL recent improvements. The interpolation of world data (red curve) should be shown at Q^2 up to 3.24 GeV^2. Remove red curves for Q^2>3.24 GeV^2!!!!</div>
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Change:</div>
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MSU parameterization of the world data-----></div>
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Interpolation of the CLAS results (Ref to M.Osipenko paper)</div>
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slide #13</div>
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Better understanding of the detector efficiency----></div>
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Better evaluation of the efficiency for the electron detection</div>
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Extensive systematic studies----></div>
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Extensive studies of the systematic uncertainties</div>
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slide #14</div>
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Preliminary results on the acceptance corrected and luminosity normalized yields of inclusive electron scattering events have become available from the CLAS12 in the kinematic area of 1.1 GeV <W<2.5 GeV and 2.0 GeV^2 <Q^2<9.0 GeV^2------></div>
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Preliminary results on the acceptance corrected and luminosity normalized yields of inclusive electron scattering events have become available from the CLAS12 in the range of 1.1 GeV <W<2.5 GeV in any given bin of Q^2 at 2.0 GeV^2 <Q^2<9.0 GeV^2</div>
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Change bullet #2 as</div>
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At Q^2 < 3.5 GeV^2 our preliminary results are consistent with the available data within .... %</div>
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after this bullet write</div>
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The near term efforts are focused on the extraction of the inclusive electron scattering cross section in the mentioned above kinematics area of W and Q^2 with detailed studies of normalization and electron detection efficiency of particular importance for
the semi-inclusive and fully exclusive cross section measurements with the CLAS12</div>
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after this bullet write</div>
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The developed approach for evaluation of the resonant contributions into inclusive electron scattering from the CLAS results on gvpN* electrocouplings opens up new opportunities for gaining insight into PDF at large x_B and for the studies of quark-hadron
duality. <br>
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Remove old bullets 3-5 from slide #14</div>
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Send the updated version again.</div>
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Best Regards,</div>
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Victor<br>
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<div id="divRplyFwdMsg" dir="ltr"><font face="Calibri, sans-serif" style="font-size:11pt" color="#000000"><b>From:</b> Clas_hadron <clas_hadron-bounces@jlab.org> on behalf of Izzy Illari <izzy@jlab.org><br>
<b>Sent:</b> Tuesday, April 13, 2021 1:19 PM<br>
<b>To:</b> CLAS Hadron <clas_hadron@jlab.org><br>
<b>Subject:</b> [Clas_hadron] slides for the APS April meeting</font>
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<div class="PlainText">Dear members of the Hadron Spectroscopy Working Group,<br>
<br>
Attached to this email are the slides for the talk I am scheduled to <br>
present during the Hadronic Physics I session at the APS April meeting. <br>
It is the same talk as the one given at the CLAS Collaboration meeting <br>
in March. I would appreciate any comments and suggestions. Thank you for <br>
the help.<br>
<br>
All the best,<br>
<br>
Izzy<br>
<br>
-- <br>
pronouns: they/their/them<br>
<br>
Physics Ph.D candidate (Feb 2020)<br>
Columbian College of Arts & Sciences, The George Washington University<br>
M.S. in Physics<br>
The George Washington University (Jan 2020)<br>
B.A. in Physics<br>
Barnard College, Columbia University (May 2017)<br>
<br>
GWU Foggy Bottom Office:<br>
Corcoran 418<br>
office phone: (202)994-8896<br>
gwu email: iti2103@gwmail.gwu.edu<br>
<br>
GWU JLab group<br>
JLab email: izzy@jlab.org<br>
<br>
Personal:<br>
cell: (347)876-4075<br>
email: izzyillari@gmail.com<br>
<br>
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