Introduction

• Sven Heinemeyer (CSIC (Madrid, ES))

WIMP Dark Matter

• Keith A. Olive (University of Minnesota (US))

Higgs exotic decays at future colliders

• Zhen Liu (U of Maryland)

Non-WIMP Dark Matter

• Zhen Liu (U of Maryland)

The ILC and Dark Matter/Cosmology

• Hitoshi Yamamoto (University of Tokyo)

dinner information

• Sven Heinemeyer (CSIC (Madrid, ES))

Gravitational Waves

• David Weir (University of Stavanger)

Complimentary assessment for LISA and future collider programs

• YUN JIANG (UC Davis)

Electroweak phase transition: state-of-art thermodynamics, phase structure and gravitational wave production

• Tuomas Tenkanen

Electroweak phase transistion, baryogenesis

• Jose Miguel No Redondo (Conseil Europeen Recherche Nucl. (CERN)-Unknown-Unknown)

Informal discussion on the "dark matter/collider interface"

• Michael Ramsey-Musolf (U. Massachusetts Amherst)

Introduction

• Sven Heinemeyer (CSIC (Madrid, ES))

Current status of neutrino oscillation parameters

• Pilar Coloma (IFIC Valencia)

B-anomalies: status and implications

• Joaquim Matias (Universitat Autonoma Barcelona)

Charged LFV and LHC constraints to GUT models

• Mario E. Gomez (Universidad de Huelva)

LHCb overview

• Bernardo Adeva (Universidade de Santiago de Compostela (ES))

Probing flavor models associated with the B-anomalies at the ongoing and future colliders

• Bhaskar Dutta (Texas A&M University)

dinner information

• Sven Heinemeyer (CSIC (Madrid, ES))

Belle II results and prospects

• Miki Nishimura (KEK)

Probing leptoquark chirality via top polarization at the Colliders

• Joydeep Roy (Institute of Theoretical Physics, Chinese Academy of Sciences, Beijing)

Neutrinos and strong CP problem

• Nausheen Shah (Wayne State University)

Grand Unification and Weak Gravity Conjecture

• qaisar shafi (university of delaware)

Introduction

• Sven Heinemeyer (CSIC (Madrid, ES))

Electroweak Precision Observables

• Sven Heinemeyer (CSIC (Madrid, ES))

LHC results and prospects

• Marco Sessa (University of Science and Technology of China (CN))

Naturalness and SUSY

• Csaba Balazs (Monash University)

Testing the 2HDM and MTHM at a Higgs Factory

• wei su (University of Adelaide)

Hadron Collider Probes

• Tao Liu (The Hong Kong University of Science and Technology)

Twin turtles

• yingying li (Institute of Plasma Physics, Chinese Academy of Sciences,)

Complex Triplet at a 100 TeV pp Collider

• Yong Du (University of Massachusetts-Amherst)

Dinner information

• Sven Heinemeyer (CSIC (Madrid, ES))

Natural SUSY at HL/HE-LHC and e+e- Colliders

• Howard Baer (University of Oklahoma)

IFT Colloquium (Rocky Kolb, blue room)

Indications for a Higgs boson below 125 GeV

• Thomas Biekotter

Lepton Collider Probes

• Junping Tian (The University of Tokyo)

EWSB and its connection to inflation

• Gudrid Moortgat-Pick

Introduction

• Sven Heinemeyer (CSIC (Madrid, ES))

Higgs Couplings Expectations

• Maria Cepeda (CIEMAT)

Limit on the Axion Decay Constant from the Cooling Neutron Star in Cassiopeia A

• Natsumi Nagata (University of Tokyo)

Top-quark electroweak interactions at high energy

• Luca Mantani (UCLouvain)

Dark Photons, Kinetic Mixing & Portal Matter Phenomenology

• Thomas Rizzo

Dark photons (DP) are interesting as potential mediators between the dark matter (DM) sector and the fields of the Standard Model (SM). The interaction of the dark photon, described by a broken U(1)_D gauge symmetry, with the SM is usually generated at the one-loop level via kinetic mixing through the existence of portal matter (PM), here assumed to be fermionic, which carries both a dark charge as well as a SM U(1)_Y hypercharge. For theoretical consistency, as well as for many phenomenological reasons, this portal matter must be vector-like with respect to the SM and dark gauge groups and, in particular, is shown to be allowed only to transform as vector-like copies of the usual SM fields. The dark Higgs that is responsible for the breaking of U(1)_D can then generate a mixing between the portal matter and SM fields with the same electric charge thus altering the dark photon/portal matter interactions with (at least some of) the SM fields and also providing a path for the portal matter fields to decay. In this paper we briefly explore the phenomenology of some specific simple models of this portal matter including, for the case where the portal matter is leptonic in nature, their potential impact on experiments probing low energy parity-violation and the g-2 of the muon. In the case of color-triplet, bottom quark-like portal matter, their direct pair- and single-production at the LHC is shown to be observable in final states that includemissing E_T and/or very highly boosted lepton-jets together with pairs of high-pT b-jets that can be used to trigger on such events. These signatures are quite distinct from those usually employed in the search for vector- like quarks at the LHC and, furthermore, we demonstrate that the conventional signal channels for vector-like quarks involving the SM Higgs and gauge fields are essentially closed in the case of portal matter. Many other more complex, and more realistic, portal matter scenarios of the type discussed here are possible which can lead to wide-ranging signatures in various classes of experiments.

Precision Higgs Physics at Future e+e- Colliders

• Ivanka Bozovic-Jelisavcic (University of Belgrade (RS))

Complementarity of Future Searches for heavy neutrinos

• Oliver Fischer (Karlsruhe Institute of Technology)

HCOUP: basics and its application

• Kentarou Mawatari (Osaka U.)

EWPT, LISA and all that

• Michael Ramsey-Musolf (U. Massachusetts Amherst)

US planning strategy - participation in the global field

• JoAnne Hewett (SLAC)

More on EWPT

• Stephan Huber (Unknown)

Future Lepton Colliders in exploring Fermionic Z-portal Dark Matter

• Ipsita Saha (INFN Rome1)

Dinner information

• Sven Heinemeyer (CSIC (Madrid, ES))

Probing the Higgs sector at ILC and synergy with other experiments

• Shinya KANEMURA (Osaka University)

CLIC highlights

• Michael Spannowsky (IPPP Durham)

The munuSSM at the LHC and beyond

• carlos munoz (Universidad Autonoma de Madrid)

Dark Matter recap and summary

• Michael Ramsey-Musolf (U. Massachusetts Amherst)

Future Perspectives

• Georg Ralf Weiglein (Deutsches Elektronen-Synchrotron (DE))