TL;DR
This paper reviews methods used at Tevatron to control jet energy scale uncertainties, which are crucial for precise measurements and new physics searches at hadron colliders, and discusses future prospects for the LHC.
Contribution
It provides a comprehensive review of jet energy scale calibration techniques at Tevatron and discusses future improvements for the LHC.
Findings
Jet energy scale uncertainty is a major systematic error.
Methods at Tevatron have improved calibration accuracy.
Prospects for LHC calibration are promising.
Abstract
The uncertainty in jet energy scale is one of the dominating systematic errors for many measurements at hadron colliders - most notably for the measurement of the top-quark-mass, inclusive jet cross section measurements and last but not least for events with large missing transverse energy as expected in searches beyond the standard model. This talk will review the approaches taken at Tevatron towards controlling the jet energy scale and discuss prospects for the LHC experiments.
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