MTGEN : Mass scale measurements in pair-production at colliders
Christopher Lester, Alan Barr
TL;DR
MTGEN is a new kinematic variable designed to estimate the mass scales of pair-produced particles in collider events, especially useful in complex scenarios with missing particles like in supersymmetry.
Contribution
The paper introduces MTGEN, a novel kinematic variable tailored for analyzing events with multiple particles and missing energy at colliders.
Findings
MTGEN effectively estimates mass scales in simulated collider events.
The variable is particularly useful for supersymmetry searches.
It improves analysis in events with many particles and missing energy.
Abstract
We introduce a new kinematic event variable MTGEN which can provide information relating to the mass scales of particles pair-produced at hadronic and leptonic colliders. The variable is of particular use in events with a large number of particles in the final state when some of those particles are massive and not detected, such as may arise in R-parity-conserving supersymmetry.
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