Beyond Standard Model: From Theory to Experiment (BSM- 2023)

Session

Session 13

6 Nov 2023, 17:00

Hurghada – Egypt

Conveners

Session 13

• George Rupp

Session 13

• Tamer Tolba

Session 13

• Masoud Ghezelbash

Session 13

• Sabino Meola

95. Light thermal self-interacting dark matter in the shadow of non-standard cosmology

Shu-Yu Ho

06/11/2023, 17:00

96. Grand Unification and the Low-energy Anomalies in Particle Physics

Ufuk Aydemir

06/11/2023, 17:20

35. New approaches to the study of standard and BSM neutrino oscillations at LBL experiments

Alessio Giarnetti

06/11/2023, 17:40

36. Dark Matter and Muon (g − 2) from a discrete Z4 Symmetric Model

Bhag C. Chauhan

06/11/2023, 18:00

37. Tri-bimaximal-Cabibbo mixing: flavour violations in the charged lepton sector

Mathew Thomas

06/11/2023, 18:20

60. Charged higgs decay to $W^{\pm}$ and heavy neutral Higgs in Georgi Machacek Model at LHC

Swagata Ghosh

06/11/2023, 18:40

41. Summary of ATLAS Higgs Physics

Giada Mancini

07/11/2023, 09:00

42. Status of SUSY searches in CMS

Emery Nibigira

07/11/2023, 09:30

43. Summary of ATLAS SM results

Pierre-Hugues Beauchemin

07/11/2023, 10:00

44. Exotic searches in CMS

Francesco Romeo

07/11/2023, 10:30

47. Thermal evolution of hidden sectors and hidden dark matter

Pran Nath

08/11/2023, 14:30

48. Non-perturbative effects across dark matter models: from the relic density to indirect detection

Simone Biondini

08/11/2023, 15:00

49. CMB and Lyman-alpha constraints on dark matter decays to photons

Francesco Capozzi

08/11/2023, 15:30

50. Event Measurement with single photon sensitive camera

Zhimin Wang

08/11/2023, 16:00

57. Physics Beyond the Standard Model with the NA62 experiment at CERN

Paolo Massarotti

09/11/2023, 09:00

58. Summary of CMS Higgs Physics

Walaa Elmetenawee

09/11/2023, 09:30

86. Highlights of ATLAS Top physics results

Davide Malito

09/11/2023, 10:00

87. JUNO experiment: detector status and physics opportunities

Andrea Barresi

09/11/2023, 10:30

39. Composite anomalous signal approach in searching for anomalous quartic gauge couplings using effective field theory framework with $Z(\nu\bar{\nu})\gamma jj$ and $ZZ(\ell\ell\nu\bar{\nu})jj$ productions

Artur Semushin (A.Alikhanyan National Science Laboratory (AM))

Experimental high-energy-physics data is well described by the Standard Model (SM), a modern theory of elementary particles. However, due to the problems of this model, the main goal of modern experiments is to find deviations from the SM (so-called new physics) in order to find out the right way for its extension. It is convenient and prospective to look for anomalous couplings of already...

46. Dark Matter and Muon (g-2) from a discrete Z_4 Symmetric Model

Bhag C. (Central University of Himachal Pradesh)

The small neutrino mass and nature of Dark Matter (DM) is still unknown within Standard
Model (SM). In 2021, there was 4.2σ discrepancy in the measurement of muon magnetic moment
reported by Fermilab. Recently, Fermilab released its precised results for muon’s magnetic
moment and it shows 5.1σ discrepancy with SM results. In this work, we study the connection
between neutrino masses, muon...

45. Non-perturbative effects across dark matter models: from the relic density to indirect detection

Simone Biondini (University of Basel)

If dark matter were a new, yet undiscovered, particle, then a plethora of particle-physics models offer viable candidates. When coming to realistic scenarios, dark matter particles often interact with force carriers, either of the SM visible sector or of the hidden sector. In this case, long-range interactions may be established and become important for determining the dark matter energy...

40. Probing neutrino magnetic moments with coherent elastic solar neutrino-nucleus scattering

Onur Başlı (Karadeniz Technical University)

Coherent elastic neutrino-nucleus scattering (CEνNS) is a well-predicted Standard Model (SM) process only recently observed for the first time. It provides a novel window to search for physics beyond the SM (BSM). Electromagnetic properties of neutrinos (neutrino magnetic moment, charge radius and milli-charge) are the type of possible topics to be investigated in this channel. The subject is...

38. Solar neutrino constraints on U(1)' models via coherent elastic neutrino-nucleus scattering

M F Mustamin (Karadeniz Technical University)

The recently observed coherent elastic neutrino-nucleus scattering (CE$\nu$NS) opens novel
perspectives on the standard model (SM) and beyond the SM (BSM) physics. This framework helps
in understanding neutrino interaction with matter as well as gives insight into the direct detection of
dark matter (DM). In this framework, we investigate an additional massive $Z'$ vector...