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--- energy:muon_forum [2021/12/10 10:11] – [Parameters for Physics Studies in mu+mu- collisions] sergo
+++ energy:muon_forum [2022/08/09 10:36] (current) – [Parameters for Physics Studies in mu+mu- collisions] sergo
@@ Line 5: / Line 5: @@
 Please use instructions from here https://snowmass21.org/start or email the contact people below in order to join the slack channel and the mailing list)
+=====Forum Reports=====
+<color #ed1c24>Draft released to Snowmass community on 06/23/2022:</color>  [[https://drive.google.com/file/d/10j0k1z1OrDdBx6S-ohCa0Y0PA5bGeTDf/view?usp=sharing|Link to the document]]
+  *Please provide your feedback in this google file: [[https://docs.google.com/document/d/16gV4-ELOmve1TEkkcTP8R6eFN9WrZcwjZhMskZ7P5yY/edit?usp=sharing|Feedback Doc]]
+  *Author sign up via Indico registration (** the sign up does not require direct contributions to the Report and is rather an expression of support and interest to what is described in the document**): [[https://indico.fnal.gov/event/55041/|Indico Link]]
 ===== Forum Coordinators =====
@@ Line 16: / Line 22: @@
 ===== Past Muon Forum Meetings and their Focus Areas (with recordings) =====
-<color #ed1c24>**Upcoming:**</color> tbd
+[[https://indico.fnal.gov/event/53010/|Muon Collider Agora Event 02/16/2022]]
+[[https://indico.fnal.gov/event/52423/|Detector Technologies 01/11/2022]]
+[[https://indico.fnal.gov/event/51676/|Discussion of the Snowmass Muon Collider Forum Report 11/30/2021]]
 [[https://indico.fnal.gov/event/51315/|Synergies with precision muon. Comparison of BiB at different energies 10/12/2021]]
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 ===== Parameters for Physics Studies in mu+mu- collisions   =====
 Points shown in <color #ed1c24>**RED**</color> to be included into the Snowmass Summary plots/tables. Additional points (in black) are optional, but can be used to demonstrate performance in the presence of realistic beam background connditions.
-|COM Energy | <color #ed1c24>**125 GeV**</color> | 1.5 TeV | <color #ed1c24>**3 TeV**</color>  | 6 TeV  |  <color #ed1c24>**10 TeV**</color> | 14 TeV | <color #ed1c24>**30 TeV**</color> |
+|COM Energy | <color #ed1c24>**125 GeV**</color> | 1.5 TeV | <color #ed1c24>**3 TeV**</color>  | 6 TeV  |  <color #ed1c24>**10 TeV**</color> | 14 TeV |  30 TeV |
-|Total Luminosity (ab-1) |  <color #ed1c24>0.020 |  0.25 |  <color #ed1c24>1.0</color> |  4.0  |  <color #ed1c24>10</color> | 10 | <color #ed1c24>10</color> |
+|Total Luminosity (ab-1) |  <color #ed1c24>0.020 </color>|  0.25 |  <color #ed1c24>1.0</color> |  4.0  |  <color #ed1c24>10</color> | 10 | 10 |
 <color #00a2e8>**Comments:**</color>\\
-- Total luminosity is per interaction point and assumes 5 years of datataking. \\
+- Total luminosity is per interaction point and assumes 5 years of datataking at each energy. \\
-- Higgs Factory 125 GeV luminosity projections are higher than those corresponding to the MAP design and assume improvements from recent advancements in technology. The projection assumes  narrow energy spread of the beam, which is beneficial for Higgs production and width measurements. \\
+- Higgs Factory 125 GeV luminosity projections are higher than those corresponding to the MAP design and assume improvements from recent advancements in technology and potentially a higher duty cicle. The projection assumes  narrow energy spread of the beam, which is beneficial for Higgs production and width measurements. \\
 - Two detectors can be planned (except for 125 GeV), which will further increase luminosity by a factor of 2.\\
 - Please contact us for configurations not included in the table or with any other questions.\\