Sexaquarks in `\Xi_b^0\to S\bar{p}K^+`

Stripping re-run on inclusive b and signal for 2016, 2017 and 2018 data using SexaquarkbBaryonToKAndp Line

Output

Produces 9 nTuples

\Xi_b^0\to S\bar{p}K^+ straight from the stripping with non-reconstructed S
\Xi_b^{'-}\to \Xi_b^0 \pi^- with \Xi_b^0\to S\bar{p}K^+ and tagging pion
\Xi_b^{'-}\to \Xi_b^0 \pi^+ with \Xi_b^0\to S\bar{p}K^+ and tagging pion WS tagging pion
\Xi_b^0\to \Lambda\Lambda\bar{p}K^+ adding two hyperons
\Xi_b^{'-}\to \Xi_b^0 \pi^- with \Xi_b^0\to \Lambda\Lambda\bar{p}K^+ and tagging pion
\Xi_b^{'-}\to \Xi_b^0 \pi^+ with \Xi_b^0\to \Lambda\Lambda\bar{p}K^+ and WS tagging pion
\Xi_b^0\to \Lambda\bar{p}K^+ adding two hyperons
\Xi_b^{'-}\to \Xi_b^0 \pi^- with \Xi_b^0\to \Lambda\bar{p}K^+ and tagging pion
\Xi_b^{'-}\to \Xi_b^0 \pi^+ with \Xi_b^0\to \Lambda\bar{p}K^+ and WS tagging pion

Note that the stripping calls the head \Lambda_b^0 and thus some particle names are changed.

Same as MR!1667 but now on simulation to understand what the backgrounds are and to test the single lambda selection on signal.

Supersedes MR!1032 ADD PRODUCTION DESCRIPTION HERE!!!

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Edited Sep 05, 2024 by Patrick Koppenburg