<div dir="ltr"><div class="gmail_default" style="font-family:arial,helvetica,sans-serif;font-size:small"><br></div><div class="gmail_extra"><br><div class="gmail_quote">On 17 January 2017 at 13:26, journalclub <span dir="ltr"><<a href="mailto:journalclub@triumf.ca" target="_blank">journalclub@triumf.ca</a>></span> wrote:<br><blockquote class="gmail_quote" style="margin:0 0 0 .8ex;border-left:1px #ccc solid;padding-left:1ex"><div dir="auto"><div><div class="gmail_quote"><span style="font-family:arial,helvetica,sans-serif;font-size:small">NEW YEAR, NEW STUDENTS. SUPERVISORS PLEASE FOWARD.</span><br><br type="attribution"><blockquote class="m_-3174255763043747197quote" style="margin:0 0 0 .8ex;border-left:1px #ccc solid;padding-left:1ex">
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Hi everyone,<br>
<br>
the first Journal/Snack Club of 2017 will take place next Wednesday,
January 18, at 3:30 in the MOB Theory Room. We'll be discussing a
paper with the rather long title:<br>
"Role of the <span class="m_-3174255763043747197m_653412922050741711aps-inline-formula"><span id="m_-3174255763043747197m_653412922050741711MathJax-Element-1-Frame" class="m_-3174255763043747197m_653412922050741711mjx-chtml m_-3174255763043747197m_653412922050741711MathJax_CHTML" style="font-size:107%"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-1" class="m_-3174255763043747197m_653412922050741711mjx-math"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-2" class="m_-3174255763043747197m_653412922050741711mjx-mrow"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-3" class="m_-3174255763043747197m_653412922050741711mjx-mi"><span class="m_-3174255763043747197m_653412922050741711mjx-char m_-3174255763043747197m_653412922050741711MJXc-TeX-main-R" style="padding-top:0.417em;padding-bottom:0.348em">Δ</span></span></span></span></span></span>
Resonance in the Population of a Four-Nucleon State in the <span class="m_-3174255763043747197m_653412922050741711aps-inline-formula"><span id="m_-3174255763043747197m_653412922050741711MathJax-Element-2-Frame" class="m_-3174255763043747197m_653412922050741711mjx-chtml m_-3174255763043747197m_653412922050741711MathJax_CHTML" style="font-size:107%"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-4" class="m_-3174255763043747197m_653412922050741711mjx-math"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-5" class="m_-3174255763043747197m_653412922050741711mjx-mrow"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-6" class="m_-3174255763043747197m_653412922050741711mjx-mrow"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-7" class="m_-3174255763043747197m_653412922050741711mjx-mrow"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-8" class="m_-3174255763043747197m_653412922050741711mjx-mmultiscripts"><span class="m_-3174255763043747197m_653412922050741711mjx-presup" style="vertical-align:0.432em;padding-left:0.05em;padding-right:0px"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-11" class="m_-3174255763043747197m_653412922050741711mjx-mrow" style="font-size:70.7%"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-12" class="m_-3174255763043747197m_653412922050741711mjx-mn"><span class="m_-3174255763043747197m_653412922050741711mjx-char m_-3174255763043747197m_653412922050741711MJXc-TeX-main-R" style="padding-top:0.382em;padding-bottom:0.348em">56</span></span></span></span><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-9" class="m_-3174255763043747197m_653412922050741711mjx-mrow"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-10" class="m_-3174255763043747197m_653412922050741711mjx-mi"><span class="m_-3174255763043747197m_653412922050741711mjx-char m_-3174255763043747197m_653412922050741711MJXc-TeX-main-R" style="padding-top:0.382em;padding-bottom:0.348em">Fe</span></span></span></span></span><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-13" class="m_-3174255763043747197m_653412922050741711mjx-mo m_-3174255763043747197m_653412922050741711MJXc-space3"><span class="m_-3174255763043747197m_653412922050741711mjx-char m_-3174255763043747197m_653412922050741711MJXc-TeX-main-R" style="padding-top:0.209em;padding-bottom:0.348em">→</span></span><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-14" class="m_-3174255763043747197m_653412922050741711mjx-mrow m_-3174255763043747197m_653412922050741711MJXc-space3"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-15" class="m_-3174255763043747197m_653412922050741711mjx-mmultiscripts"><span class="m_-3174255763043747197m_653412922050741711mjx-presup" style="vertical-align:0.432em;padding-left:0.05em;padding-right:0px"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-18" class="m_-3174255763043747197m_653412922050741711mjx-mrow" style="font-size:70.7%"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-19" class="m_-3174255763043747197m_653412922050741711mjx-mn"><span class="m_-3174255763043747197m_653412922050741711mjx-char m_-3174255763043747197m_653412922050741711MJXc-TeX-main-R" style="padding-top:0.382em;padding-bottom:0.348em">54</span></span></span></span><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-16" class="m_-3174255763043747197m_653412922050741711mjx-mrow"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-17" class="m_-3174255763043747197m_653412922050741711mjx-mi"><span class="m_-3174255763043747197m_653412922050741711mjx-char m_-3174255763043747197m_653412922050741711MJXc-TeX-main-R" style="padding-top:0.382em;padding-bottom:0.348em">Fe</span></span></span></span></span></span></span></span></span></span>
Reaction at Relativistic Energies"
(<a class="m_-3174255763043747197m_653412922050741711moz-txt-link-freetext" href="http://journals.aps.org/prl/abstract/10.1103/PhysRevLett.117.222302" target="_blank">http://journals.aps.org/prl/a<wbr>bstract/10.1103/PhysRevLett.11<wbr>7.222302</a>)
<br>
<br>
You can find the paper attached.<br>
<br>
Some terms that you should probably look up if you don't know them:<br>
1. <span class="m_-3174255763043747197m_653412922050741711aps-inline-formula"><span id="m_-3174255763043747197m_653412922050741711MathJax-Element-1-Frame" class="m_-3174255763043747197m_653412922050741711mjx-chtml m_-3174255763043747197m_653412922050741711MathJax_CHTML" style="font-size:107%"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-1" class="m_-3174255763043747197m_653412922050741711mjx-math"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-2" class="m_-3174255763043747197m_653412922050741711mjx-mrow"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-3" class="m_-3174255763043747197m_653412922050741711mjx-mi"><span class="m_-3174255763043747197m_653412922050741711mjx-char m_-3174255763043747197m_653412922050741711MJXc-TeX-main-R" style="padding-top:0.417em;padding-bottom:0.348em">Δ</span></span></span></span></span></span>
Resonance<br>
2. Ablation-Abrasion Model<br>
3. Isomeric state<br>
4. Fragment separator, magnetic rigidity, and achromatic mode<br>
<br>
Questions for the discussion<br>
1. What is the "Universal Parametrization"?<br>
2. What are the experimental arguments supporting the 10+-state
being populated via the <span class="m_-3174255763043747197m_653412922050741711aps-inline-formula"><span id="m_-3174255763043747197m_653412922050741711MathJax-Element-1-Frame" class="m_-3174255763043747197m_653412922050741711mjx-chtml m_-3174255763043747197m_653412922050741711MathJax_CHTML" style="font-size:107%"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-1" class="m_-3174255763043747197m_653412922050741711mjx-math"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-2" class="m_-3174255763043747197m_653412922050741711mjx-mrow"><span id="m_-3174255763043747197m_653412922050741711MJXc-Node-3" class="m_-3174255763043747197m_653412922050741711mjx-mi"><span class="m_-3174255763043747197m_653412922050741711mjx-char m_-3174255763043747197m_653412922050741711MJXc-TeX-main-R" style="padding-top:0.417em;padding-bottom:0.348em">Δ</span></span></span></span></span></span>
Resonance?<br>
3. What causes the gigantic error bars in Figure 4?<br>
4. "Other, higher-lying resonances might also play a role." Which
ones?<br>
<br>
Hope to see you all on Wednesday!<font color="#888888"><br>
<br>
Matthias <br>
<br>
<br>
</font></div>
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