Dark Matter Studies in Accelerator Physics

26 set 2023, 08:30 → 28 set 2023, 18:30 Europe/Rome

Sala Livio Paladin, Palazzo Moroni (Padova)

Ezio Torassa (Istituto Nazionale di Fisica Nucleare), Junji Hisano (KMI, Nagoya Univ.), Toru Iijima (Nagoya University)

              
DMNet International Symposium   

 

The JSPS Core-to-Core Program “International Research Network to Reveal Dark Matter in the Universe by Multidisciplinary Approach in Particle and Astrophysics” (DMNet) started in 2020.
 

The 3rd DMNet international symposium is organized by the INFN-Padova Unit and the Department of Physics and Astronomy "Galileo Galilei"of the Padova University, it will be held at Palazzo Moroni, Padova, Italy from September 26th to 28th, 2023.  

The topics in the 3rd DMNet international symposium are dark matter studies in accelerator physics.  In the 2nd DMNet international symposium, we focused on the direct and indirect detection of dark matter. The direct production of dark matter particles with accelerators is a method to reveal the nature of dark matter, complemental to the direct and indirect detection of dark matter. It might be ultimate since we may reveal the underlying particle physics model with accelerators in addition to the nature of dark matter.

The following topics we will focus of this symposium:

• Latest dark matter and BSM searches at the LHC and the Belle-II
• Prospects of dark matter and BSM searches in future experiments with accelerators including fixed target experiments
• Particle physics models of dark matter
• Latest results of direct and indirect detection of dark matter, complemental to the accelerator physics, and the impact on the dark matter models

PosterDMNet2023.pdf

martedì 26 settembre

1 Closed session: DMnet internal assembly

12:00 Lunch break

13:30 Registration

2 Opening and Welcome

Welcom message from the Head of the Department of Physics and Astrophysics of the Padua University

Relatore: Flavio Seno (dipartimento di fisica e astronomia "g. galilei" - Universitá di Padova)

3 Introduction of Dark Matter

Relatore: Takeo Moroi (Tokyo)

DMNET23_Moroi.pdf

4 Overview of direct DM detection

Relatore: Yoshitaka Itow (STEL/KMI Nagoya University)

DMnetSympo230926.pdf

Poster session

5 Novel loop-diagrammatic approach to QCD θ parameter and application to the left-right model

When the QCD axion is absent in full theory, the strong CP problem has to
be explained by an additional mechanism, e.g., the left-right symmetry. Even though tree-
level QCD θ ̄ parameter is restricted by the mechanism, radiative corrections to θ ̄ are mostly
generated, which leads to a dangerous neutron electric dipole moment (EDM). The ordinary
method for calculating the radiative θ ̄ utilizes an equation θ ̄ = −arg det mloop based on the q
chiral rotations of complex quark masses. In this paper, we point out that when full theory includes extra heavy quarks, the ordinary method is unsettled for the extra quark contributions and does not contain its full radiative corrections. We formulate a novel method to calculate the radiative corrections to θ ̄ through a direct loop-diagrammatic approach, which should be more robust than the ordinary one. As an application, we investigate the radiative θ ̄ in the minimal left-right symmetric model. We first confirm a seminal result that two-loop level radiative θ ̄ completely vanishes (corresponding to one- loop corrections to the quark mass matrices). Furthermore, we estimate the size of a non- vanishing radiative θ ̄ at three-loop level. It is found that the resultant induced neutron EDM is comparable to the current experimental bound, and the expected size is restricted by the perturbative unitarity bound in the minimal left-right model.

Relatore: Naohiro Osamura (Nagoya)

16:50 Cofee break

6 Cosmological overview

Relatore: Vivian Poulin (LUPM)

CosmologyDM_DMnet_Poulin.pdf

18:00 Visit Padova downtown

19:50 Welcome party

mercoledì 27 settembre

7 Higgsino / Wino search

Relatore: Satoshi Shirai

higgsino_shirai.pdf

8 Muon g-2 in MSSM

Relatore: Teppei Kitahara (Karlsruhe Institute of Technology)

Kitahara_DMnet.pdf

9 Sub-GeV DM @ beam damp

Relatore: Daiki Ueda

daiki_DMNet2023_v2.pdf

10:30 Coffee Break

10 Dark matter and flavor

Relatore: Diego Redigolo (Istituto Nazionale di Fisica Nucleare)

Talk_Padova_colliderDM.pdf

11 Light Dark Sectors (dark photon EFT, hidden valley)

Relatore: Giovanni Grilli Di Cortona (Istituto Nazionale di Fisica Nucleare)

DMNet_Grilli.pdf

12 Non-standard dark matter freeze-out

Relatore: andrzej hryczuk (National Centre for Nuclear Research, Poland)

Hryczuk_Padova2023.pdf

12:20 Lunch break

13 Overview indirect detection

Relatore: Michele Doro (University of Padova)

doro_2023_DMnet_v2.pptx

14 Overview g-2 results

Relatore: Anna Driutti

DMS_gm2.pdf

15:20 Coffee break

15:50 Transfer to Giovanni Poleni museum

16:30 Visit Giovanni Poleni Museum

giovedì 28 settembre

15 New directions of BSM searches at HL-LHC

Relatore: Caterina Doglioni (Universite de Geneve)

20230929_DMStudies_Doglioni_BSM_HL-LHC.pdf

16 Dark matter and low multiplicity seaches at Belle II

Relatore: Enrico Graziani (Istituto Nazionale di Fisica Nucleare)

graziani-DMNET2023.pdf

17 Belle II DM specific analysis 1

Relatore: Laura Zani (Istituto Nazionale di Fisica Nucleare)

zani_DMnet_scalars.pdf

18 BSM and DM result summary at LHC

Relatore: Javier Montejo Berlingen (IFAE)

20230822_jmontejo_DMNet.pdf

10:50 Coffee break

19 FASER experiment in general + Future Forward Facility

Relatore: Akitaka Ariga (University of Bern)

FASER-FPF_Ariga_DMNet - v3.pdf

FASER-FPF_Ariga_DMNet - v3.pptx

20 EW SUSY searches

Relatore: Yuya Mino (Kyoto University)

21 Anomaly detection for BSM searches

Relatore: Jennifer Curran (University Edinburgh)

AD_BSMsearches.pdf

12:30 Lunch break

22 Future circular collider (FCC) physics prospects

Relatore: Patrizia Azzi (Istituto Nazionale di Fisica Nucleare)

FCC-DMNET2023.pdf

23 Future muon collider (MUCOL) physics prospects

Relatore: Donatella Lucchesi (Istituto Nazionale di Fisica Nucleare)

MuC-DM-collider-23-PD.pdf

24 BSM & DM result summary in LHCb

Relatore: Federico Leo Redi (CERN)

fredi-DMNet-v1.pdf

15:20 Cofee break

25 Belle II physics results

Relatore: Steven Robertson (IPP/McGill University)

Robertson_DMNet2023.pdf

26 Dark matter search at Belle

Relatore: Thomas Czank (Tokyo Metropolitan University)

zPbelleDmNet_v5.pdf

27 PADME physics results

Relatore: Mauro Raggi (Istituto Nazionale di Fisica Nucleare)

28 Belle II DM specific analysis 2

Relatore: Martina Laurenza

Z'analyses_at_BelleII_v2.pdf

29 Closing remarks

Relatore: Junji Hisano (KMI, Nagoya Univ.)