Review on composite models of excited leptons

• Orlando Panella (PG)

Room: Aula F

Perturbative unitarity bounds for effective composite models

• Matteo Presilla (PD)

Room: Aula F

Phenomenology at the LHC of composite particles from strongly interacting Standard Model fermions via four-fermion operators of NJL type

• She-Sheng Xue

Room: Aula F

EFT approach in Dark Matter searches

• Morgante Enrico

Room: Aula F

Composite Majorana neutrinos and leptogenesis

• Simone Biondini (Albert Einstein Center, Institute for Theoretical Physics - Uni Bern)

Room: Aula F

Unitarization effects in EFT predictions of VBS at the LHC

• Roberto Morales (Instituto de Física Teórica de Madrid (UAM-CSIC))

Room: Aula F Effective field theories are an incredibly powerful tool in order to study and understand the true nature of the symmetry breaking sector dynamics of the Standard Model. However, they can suffer from some theoretical problems such as that of unitarity violation. Nevertheless, in order to interpret experimental data correctly a fully unitary prescription is needed. To this purpose, unitarization methods are addressed, but each of them leads to a different (unitary) prediction. Because of this, there is an inherent theoretical uncertainty in the determination of the effective field theory parameters due to the choice of one unitarization scheme. In this talk, I will present this uncertainty assuming a strongly interacting electroweak symmetry breaking sector, described by the effective electroweak chiral Lagrangian (or Higgs effective field theory). In particular, I focus on the WZ scattering as the main VBS channel to study the sensitivity to new physics at the LHC. Using various well known unitarization methods, I will show the different predictions at subprocess level, considering the full coupled system of helicity amplitudes. Then I will present the current experimental constraints and how the different predictions manifest in the pp collisions at the LHC. Finally, I will show the corresponding 95% C.L. exclusion regions for the most relevant electroweak chiral Lagrangian parameters involved in the WZ scattering depending on the unitarization method applied.

Unitarity Constraints in BSM: new results in the 331 Models

• Antonio Costantini (Istituto Nazionale di Fisica Nucleare)

Room: Aula F We discuss the main features of the scalar sector of a class of BSM models with enlarged gauge symmetry, the so called 331 Models. The theoretical constraints on the scalar potential such as unitarity, perturbativity and boundedness-from-below, are presented. These results are based on a very-recent analysis that is suitable to be used in phenomenological studies for the exotic scenarios predicted by the 331 Models.

Review on exotic physics in CMS

• LIVIA SOFFI (ROMA1)

Room: Aula F Results from Run 2 and perspective for Run 3

Review on exotic physics ATLAS

• Monica Verducci (ROMA3)

Room: Aula F Results from Run 2 and perspective for Run 3

Excited lepton triplet contribution to electroweak observables at one loop level (TBC)

• Mario Gomez (Univesidad de Huelva)
• Muhammad Rehman (Comsats University Islamabad)

Room: Aula F

Present status of LHC and perspectives for Run3 and HL

• mia tosi (Universita' degli Studi di Padova)

Room: Aula F Evolution of triggers and data analysis tools

Overview on SM and BSM top quark

• Alberto Orso Maria Iorio (NA)

Room: Aula F

Review on diboson searches in CMS

• Alberto Zucchetta (PD)

Room: Aula F

Search in ATLAS for excited letpon and dilepton high mass

• Antonio Sidoti (BO)

Room: Aula F

Diboson search in ATLAS

• Francesco Cirotto (NA)

Room: Aula F