IFT femtoscopy lines
Summary: This MR adds 35 HLT2 lines (3 full event and 32 TURBO) selecting a total rate of about 1 kHz (assuming 1 MHz input rate and no HLT1 filter; the actual rate will be substantially lower due to the Hlt1L02ppi
filter).
Add lines for nucleon-hyperon and hyperon-hyperon femtoscopy studies. The aim is to study femtoscopic correlations between particle pairs using 2023 data. As a result, we are focusing on pairs that will give us adequate statistics with low luminosity and that can make use of a high-rate HLT1 inclusive \Lambda
line, Hlt1L02ppi
. We also plan to include some initial \Lambda
-charm lines, as these benefit from Hlt1L02ppi
and will serve as a precursor for future measurements studying exotic hadrons using femtoscopic correlations.
Lines include:
- inclusive (prescaled)
\Lambda\to p\pi^-
- inclusive (prescaled)
\Xi^-\to\Lambda\pi^-
- inclusive (prescaled)
\Omega^-\to\Lambda K^-
p-\Lambda
p-\overline{\Lambda}
\Lambda-\Lambda
\Lambda-\overline{\Lambda}
p-\Xi^-
p-\Xi^+
\Xi^--\Xi^-
\Xi^--\Xi^+
p-\Omega^-
p-\Omega^+
\Omega^--\Omega^-
\Omega^--\Omega^+
TODO
-
Add lines for pairs of different hyperons (e.g. \Lambda-\Xi^-
) -
Add lines for \Lambda-D^{0,\pm}_{(s)}
and\Lambda-\Lambda^{\pm}_c
-
Add configuration with full-rate low-k* lines and prescaled high-k* lines -
Determine rates and prescales