Maximizing Particle Detection at the LHC: The Role of Photons, Jets, and Leptons

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SUMMARY

The discussion focuses on the advantages of detecting particles at the Large Hadron Collider (LHC) using different final states, specifically photons, jets, and leptons. It concludes that while photons offer better energy resolution, jets are more frequently produced in particle decay processes, making them more practical for detection. Leptons, particularly muons, provide superior tracking capabilities, allowing for precise position and momentum measurements. The conversation emphasizes the importance of understanding the trade-offs between these detection methods in the context of searching for new particles beyond the Standard Model.

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  • Experience with tracking and identifying leptons, jets, and photons
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Particle physicists, researchers at the LHC, and anyone involved in the detection and analysis of high-energy particle collisions will benefit from this discussion.

Safinaz
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Hi all,

Is it not preferable to detect a particle at the LHC with final states of photons, that when I read
in many papers I find for example for a particle beyond SM like an octet scalars if they could decay
into jets and photons+jets ( S^+ -> S^- A -> t b A), only jets channels take a concern, so do jets or
leptons detection has advantages than photons siganls ?

Bests,
Safinaz
 
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Where are the photons in your process?
And if you just look at the different channels, are there different numbers of photons?

Photons are nice (better energy resolution as for jets), but for most processes they are less frequent than jets.
Leptons are even better - you can track their path and get a good position and momentum resolution. And muons are easy to identify.
 
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