Datasets-SU2020: Difference between revisions

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== mu- --> e- channel ==
== mu- --> e- channel ==
{|class="wikitable"
!style="text-align:center" | Dataset                  || N(generated events)  || comments
|-                       
                          | CE (conversion electrons) ||    10000            || more
|-
                          | DIO                      ||  10,000,000          || and more
|-
                          | cosmics                  ||  1000                ||
|-
                          | RPC  external            ||  1000                ||
|-
                          | RPC internal              || 2000                ||
|-
                          | RMC external              || 33000                || negligible in mu- --> mu- channel, could be dominant for mu- --> e+
|-
                          | RMC internal              || 44000                ||
|-
                          | antiprotons              || 550000              || no need to do mixing
|-
                          | decays in flight          || 6600000              ||


=== CE (conversion electrons) ===
|}


=== DIO ===
* need 'single particle' and 'mixed' datasets
===Cosmics===
* a placeholder
=== RPC ===
In principle, RPC dataset could be reused for both channels
* internal conversions
* external conversions
* in-time vs out-of-time
=== RMC ===
- RMC background in mu- --> e- channel is negligible, but could be a dominant one in mu- --> e+ channel.
- for mu- --> e+, need 'single-particle' as well as 'mixed' datasets
* internal conversions
* external conversions
=== antiprotons ===
antiproton dataset can be reused for both channels , no need to generate bars with mixing
=== decays in flight===





Revision as of 02:28, 17 June 2020

Datasets for '2020 Mu2e sensitivity updates (in progress)

  • SU2020 stands for "'2020 Mu2e sensitivity Updates"
  • consider two channels - mu- --> e- and mu- --> e+
  • signal windows are different, roughly speaking, [103.5-105] MeV/c and [90.5-92.5] MeV/c , so some background datasets could be the same, but some - unique for a given signal channel

mu- --> e- channel

Dataset N(generated events) comments
CE (conversion electrons) 10000 more
DIO 10,000,000 and more
cosmics 1000
RPC external 1000
RPC internal 2000
RMC external 33000 negligible in mu- --> mu- channel, could be dominant for mu- --> e+
RMC internal 44000
antiprotons 550000 no need to do mixing
decays in flight 6600000


mu- --> e+ channel

DIO --> bremsstahlung --> e+

RPC --> e+

RMC --> e+

Cosmics

antiprotons

decays in flight ---> e+