HET/HEE Seminar January 21st: Matthew Citron

[Francis, Brian]

Hello again everyone,

A reminder that today at 1pm we will be hosting Matthew Citron of UC Santa Barbara to speak in the High Energy seminar. He'll be speaking about his work with the CMS and milliQan detectors, so please join us!

Tuesday, January 21st
1:00 PM
Room 4138, Physics Research Building

https://physics.osu.edu/events/high-energy-physics-seminar-matthew-citron-cern-searching-long-lived-particles-far-beyond

-Brian
________________________________
From: physics-postdoc <physics-postdoc-bounces at lists.osu.edu> on behalf of Francis, Brian <francis.447 at osu.edu>
Sent: Thursday, January 16, 2020 3:17 PM
To: 'physics-all at lists.osu.edu' <physics-all at lists.osu.edu>
Subject: HET/HEE Seminar January 21st: Matthew Citron

Hello all,

Please join us on Tuesday, January 21st at 1pm (note the *special time*) for the High Energy seminar to hear from Matthew Citron of UC Santa Barbara. Matthew is a colleague of the CMS and milliQan groups here at OSU, and he'll be speaking on his work with both detectors. So keep the special time in mind and we'll see you there!

https://physics.osu.edu/events/high-energy-physics-seminar-matthew-citron-cern-searching-long-lived-particles-far-beyond

Tuesday, January 21st
1:00 PM
Room 4138, Physics Research Building

Speaker: Matthew Citron (University of California Santa Barbara)
Title: Searching for Long-lived Particles (Far) Beyond the Tracker
Abstract: In this seminar I will focus on new approaches in the search for long-lived particles at the LHC. First, I will present the results of a search that, for the first time, uses the timing capabilities of the CMS detector to identify “delayed" jets from displaced decays. The full power of the 137 fb-1 dataset of 13 TeV pp collisions is exploited to achieve sensitivity to signatures that are uncovered by traditional approaches. I will then discuss new ideas for achieving sensitivity to long-lived signatures with CMS including extensions to the use of timing, new uses of the CMS muon system and dedicated triggers for the upcoming runs of the LHC. Finally, I’ll look beyond the general purpose detectors, using the proposed milliQan experiment, designed to search for milli-charged particles at the LHC, to highlight possibilities with new dedicated detectors.

-Brian
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