8-10 September 2022
Virtual
Mexico/General timezone
XXXVI Annual Meeting of the Division of Particles and Fields
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Short talks II

Place

Location: Virtual
Room: https://us06web.zoom.us/j/85040775843?pwd=ZnRsQkgxKzBPdStoY0Z5OU5QQ3p4QT09
Date: 8 Sep 13:00 - 14:20

Conveners

  • Physics Beyond The Standard Model
    • Dr. Vaquera, Carlos (UG)

Timetable | Contribution List

Displaying 4 contributions out of 4
Type: Contributed Talks Session: Short talks II
We carry out an exhaustive analysis of lepton flavor violating processes within the Simplest Little Higgs model. Its discovery could be expected from either μ→e conversion in nuclei, μ→eγ or μ→3e decays. Then, the tau sector could help discriminating this model not only via τ→ℓγ (ℓ=μ,e) and τ→3ℓ decays, but also by means of ℓ→τ conversion in nuclei, which is promising ... More
Presented by Mr. Enrique RAMIREZ on 8/9/2022 at 18:00
Type: Contributed Talks Session: Short talks II
We will discuss the photon-induced processes at the LHC with intact protons after interaction. These processes lead to sensivity to quartic anomalous couplings such as γγγγ, γγWW, γγZZ, γγγZ and γγtt¯ better by two orders of magnitude than the standard methods at the LHC. We will discuss each process in turn and present the first results achieved by the CMS collaboration.
Presented by Prof. Christophe ROYON on 8/9/2022 at 18:20
Type: Contributed Talks Session: Short talks II
The mass composition of primary cosmic rays is deduced from the sensitivity of the observables that can be obtained when the distribution of the measured quantities is compared with hadronic models for different types of primary particles, these models usually make an extrapolation of the parameters to ultra-high energies (of the order of tens of TeV) where measurements from ultra-energetic cosm ... More
Presented by Mr. Alejandro CONTRERAS MUNIVE on 8/9/2022 at 19:00
Type: Contributed Talks Session: Short talks II
The PIENU experiment at the TRIUMF laboratory in Vancouver, Canada, aims to provide a high precision measurement of the pion decay branching ratio Rπ=Γ[π+→e+νe(γ)]/Γ[π+→μ+νμ(γ)], calculated within the standard model as RSMπ=(1.2352±0.0002)×10−4 with a precision of 0.016\%. Different scenarios for physics BSM such as the violation of lepton universality, new pseudoscalar inter ... More
Presented by Mr. Iván HERNÁNDEZ on 8/9/2022 at 18:40
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