International Physics School : Simon Eidelman School on Muon Dipole Moments and Hadronic Effects /Programme

Monday, 2 September 2024

International Physics School : Simon Eidelman School on Muon
Dipole Moments and Hadronic Effects
Monday, 2 September 2024
Poster pitch talk - ES635 (16:00 - 17:30)

time [id] title

presenter

16:02 [23] A1 Status report on the hadronic light-by-light contribution to the muon g-2
using twisted-mass fermions.

NIKOLAOS KALNTIS

16:04 [24] A2 Tau data-driven evaluation of the Hadronic Vacuum PolarizationJESÚS ALEJANDRO MIRANDAHERNÁNDEZ

16:06 [25] A3 Poles, branching ratios and high precision lineshapes

LEON HEUSER

16:08 [26] A4 Extraction of the tau magnetic moment from $e+e- \rightarrow\tau+\tau-$

JOEL GOGNIAT

16:10 [27] A5 Radiative corrections to the hadronic tau-decay

MARTINA COTTINI

16:12 [28] A6 Isospin breaking corrections to the hadronic vacuum polarization with
C$^{\star}$ boundary conditions.

PAOLA TAVELLA

16:14 [29] A7 Development of the Data Acquisition System for the J-PARC muon
g-2/EDM ExperimentRYUTO AZUMA

16:16 [30] A8 Measurement of the process $\gamma\gamma^* \to f_1(1285)$ atBESIIIJAN MUSKALLA

16:18 [31] A9 Investigation of $\gamma^*\gamma^* \to \eta^\prime$ at the BESIIIExperiment

MAURICE ANDERSON

16:20 [32] A10 Towards improved error estimators for Lattice QCD simulationsGABRIELE MORANDI

16:22 [33] A11 Optimization of the High-Repetition-Rate Pulsed Electron-Driven Muon
Beamline based on SHINE Facility

FANGCHAO LIU

16:24 [34] B1 Material effects and crystal Level Energy Calibration for Calorimeters
used in Muon g-2 Experiment at Fermilab

SIEW YAN HOH

16:26 [35] B2 Lattice determination of the NLO HVP contributions to the muon g-2.

ARNAU BELTRAN

16:28 [36] B3 MUonE : a scattering experiment to measure the hadronic contribution
to the muon g-2

GIORGIA CACCIOLA

16:30 [37] B4 CBO modeling in the anomalous precession frequency analysis for theFermilab Muon g-2 experiment

YONGHAO ZENG

16:32 [38] B5 Towards a dynamical model for axial-vector transition form factors

HANNAH SCHÄFER

16:34 [39] B6 Precision testing of the Standard Model in studying the manifestation ofZ/γ-interference in the cross-sections of hadron production corresponding to qq
̅-resonances using “spin gymnastics”

EGOR BEDAREV

16:36 [40] B7 Pion pair production in e^+e^- annihilation at next-to-leading ordermatched with Parton Shower

FRANCESCO PIO UCCI

16:38 [41] B8 Hadronic contributions to light-by-light scattering in new basis

MAXIMILIAN ZILLINGER

16:40 [42] B9 Improved information criteria for Bayesian model averaging in latticefield theory

JAKE SITISON

Page 1International Physics School : Simon Eidelman School on Muon Dipole Moments and Hadronic Effects /Programme

Monday, 2 September 2024

16:42 [43] B10 A two-potential formalism for the pion vector form factor including
inelastic contributions

GEORGE CHANTURIA

16:44 [44] C1 Target Studies for High-Repetition-Rate Muon Source Based on
Electron Accelerator

YUSUKE TAKEUCHI

16:46 [45] C2 Temperature evolution of majoron in GeV temperature region

RYUSEI SATO

16:48 [46] C3 GPU based track finding for muon g-2/EDM experiment at J-PARC

HRIDEY CHETRI

16:50 [47] C4 Study of Neutral-Pion Pair Production in Two-Photon Scattering atBESIII

MAX LELLMANN

16:52 [48] C5 Short distance constraints from HLbL contribution to the muon
anomalous magnetic moment

DANIEL GERARDO MELOPORRAS

16:54 [49] C6 The KLOE Luminosity Measurement

ALKA KUMARI

16:56 [50] C7 Higher Form Symmetries in Maxwell TheoryBORBÁLA FARKAS

16:58 [51] C8 Search for J/psi -> p pbar e+ e- decays with the BESIII Experiment

SASKIA PLURA

17:00 [52] C9 Study of the process $e^{+}e^{-} \rightarrow p\bar{p}$ in the c.m. energy
range from the threshold up to 2 GeV with the CMD-3 detector

DANIIL IVANOV

17:02 [53] C10 The use of Padé and D-Log Padé approximants in the MUonEexperiment

CRISTIANE YUMI LONDONPage 2