Neutrinos: recent phenomenological developments

• Alexei Smirnov (Max-Planck-Institute for Nuclear Physics)

Fermion mass hierarchies from residual modular symmetries

• Joao Penedo (CFTP/IST, Lisbon)

Challenges in supersymmetric cosmology

• Ignatios Antoniadis (UPMC)

g-2

• Michel Davier

Going beyond the Standard paradigm of Cosmology: Torsion, gravitational anomalies and inflation without inflaton fields

• Nikos Mavromatos (University of London (GB))

Lepton g−2 anomalies in general flavour conserving two Higgs doublets models

• Miguel Nebot

SUSY g-2 with and without neutralino dark matter

• Kazuki Sakurai (University of Warsaw)

Floquet Time Crystals

• Frank Wilczek

A flavor model for neutrino mixing and leptogenesis

• biswajit karmakar

Hints for New Physics in Rare B Decays

• Wolfgang Altmannshofer (UC Santa Cruz)

Underground tests of Quantum Mechanics

• Catalina Curceanu (LNF-INFN)

CPV in non-leptonic decays

• Robert Fleischer (NIKHEF)

Dark matter

• Manfred Lindner (Max-Planck-Institut fuer Kernphysik, Heidelberg, Germany)

Dark matter searches at future e+ e- colliders

• Jan Henryk Kalinowski (University of Warsaw (PL))

New measurement of radiative decays at the NA62 Experiment at CERN

• Cristina Biino (INFN Torino (IT))

Search for K+ decays to a lepton and invisible particles

• Roberta Volpe (Comenius University)

Searches for baryon number violation via neutron conversions at the European Spallation Source

• Sze Chun Yiu

Rare b-decays and tests of lepton flavour universality at LHCb

• Monica Pepe-Altarelli (CERN)

Quantum correlations in neutrino oscillations

• Massimo Blasone (Università di Salerno)

On naturalness and UV infinities in perturbative QFT

• Sander Mooij

New ideas on quantum mechanics related to entanglement

• Beatrix Hiesmayr (University of Vienna)

B-$\bar{\rm B}$ mixing: decay matrix at high precision

• Ulrich Nierste

Discreteness and Determinism in Quantum Mechanics

• Gerard 't Hooft (University of Utrecht)

Quantum mechanics is usually considered to be a theory based on indeterminism. Here we show that its mathematics actually suggests a completely deterministic underlying theory. This requires evolution operators that describe discretised jumps in space and time. To understand how the known elementary particles, arranged in the Standard Model, can be reconciled with this picture, the discrete and continuous symmetries must be understood. This could open new avenues towards model building. We also briefly discuss the implications regarding Bell's theorem.

The Future Circular Collider (FCC) at CERN

• Rebeca Gonzalez Suarez (Uppsala University (SE))

Searches for Charged Lepton Flavor Violation

• David Hitlin

Vector-like quarks

• Gustavo Branco (Instituto Superior Tecnico)

Flavour and Symmetries

• Ferruccio Feruglio

Symmetries and Topological Defects in the 2HDM and Beyond

• Apostolos Pilaftsis (University of Manchester (GB))

A natural mechanism for a SM-like Higgs boson in the 2HDM without decoupling

• Howard Haber (University of California,Santa Cruz (US))

MoEDAL, MAPP and future endeavours

• Vasiliki Mitsou (Univ. of Valencia and CSIC (ES))

Search for the neutron Electric Dipole Moment at the Paul Scherrer Institute

• Jacek Zejma

Antihydrogen hyperfine structure

• Daniel James Murtagh (Austrian Academy of Sciences (AT))

On the equivalence between Starobinsky and Higgs inflation in gravity and supergravity

• Serguei Ketov (Tokyo Metropolitan University and Kavli IPMU)