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Talks
13 February (Wed)
9:00-9:15
Opening remark
S. Kanemura
University of Toyama
9:30-10:30
Overview of the Higgs physics (I)
A. Djouadi
Laboratoire de Physique Theorique d'Orsay
10:50-11:40
Current Status and Future Prospect of the LHC Experiment
J. Tanaka
ICEPP, University of Tokyo
11:40-12:20
Inert Doublet Model with 125 GeV Higgs
M. Krawczyk
University of Warsaw
13:30-14:00
Electroweak Baryogenesis
E. Senaha
Korea Institute for Advanced Study
14:00-14:30
Dark Matter, Inflation and Higgs Physics
T. Nabeshima
University of Toyama
14:30-15:00
Neutrino Mass in TeV-Scale New Physics Models
H. Sugiyama
University of Toyama
15:20-15:50
Status of Inert Doublet Model in the light of the 125 GeV scalar
M. Tytgat
Universite libre de Bruxelles
15:50-16:20
Higgs at Seesaw Type II
E. J. Chun
Korea Institute for Advanced Study
16:20-16:50
Radiative Seesaw Models and Dark Matter
J. Kubo
Kanazawa University
17:10-17:30
Higgs couplings beyond the Standard Model
G. D. La Rochelle
L'Institut de Physique Nucleaire de Lyon
17:30-17:50
LHC SUSY searches after the Higgs discovery: respecting the muon g-2
S. Iwamoto
University of Tokyo
17:50-18:10
Higgs quantum numbers in vector boson fusion
K. Mawatari
Vrije Universiteit Brussel
14 February (Thu)
9:00-10:00
Alternative futures for the Higgs data: are we approaching or receding from the decoupling limit?
H. E. Haber
University of California, Santa Cruz
10:00-10:40
Higgs boson as a probe of dark sectors with dark gauge symmetries
P. Ko
Korea Institute for Advanced Study
10:40-11:10
Avoiding Death by Vacuum
P.M. Ferreira
ISEL& CFTC Universidade de Lisboa
11:30-11:50
Gamma-rays constraint on Higgs Production from Dark Matter Annihilation
T. Toma
Durham University
11:50-12:10
Neutrino Oscillation
J. Kameda
ICRR, University of Tokyo
12:10-12:30
XMASS
B. Yang
ICRR, University of Tokyo
15 February (Fri)
9:00-10:00
Overview of the Higgs physics (II) : Implications of the Higgs discovery for the SM and SUSY
A. Djouadi
Laboratoire de Physique Theorique d'Orsay
10:00-10:40
126 GeV Higgs boson and universality relations
Y. Hosotani
Osaka University
11:00-11:30
The ILC Project
H. Yamamoto
Tohoku University
11:30-12:00
Physics at the ILC
K. Fujii
KEK
13:00-13:30
Grand Unified Theories and Higgs Physics
T. Yamashita
Aichi Medical University
13:30-14:00
Scenarios with Composite Higgs Bosons
M. Hashimoto
Chubu University
14:00-14:30
SUSY Extended Higgs Sectors and Strong Dynamics
T. Yamada
University of Tokyo
14:50-15:20
Implication of 126 GeV Higgs boson for Planck scale physics
S. Iso
KEK
15:20-15:40
Bare Higgs mass and potential at UV cutoff
K. Oda
Kyoto University
15:40-16:00
Higgs boson mass in low energy SUSY models with vector-like matters
N. Yokozaki
Kavli Institute for the Physics and Mathematics of the Universe
16:00-16:20
LHC Higgs Signatures from Extended Electroweak Gauge Symmetry
T. Abe
Tsinghua University
16:20-16:40
Light charged particles in light of higgs to diphoton rate
S. Jung
Korea Institute for Advanced Study
16 February (Sat)
9:00-9:40
A 4D Composite Higgs Model: testing its scalar sector at the LHC
S. Moretti
NExT, University of Southampton
9:40-10:10
Diphoton excess in extended Higgs models
A. Arhrib
Abdelmalek Essaadi University
10:30-11:00
Testing custodial symmetry in Higgs sector of Georgi-Machacek model
C. W. Chiang
National Central University
11:00-11:30
2HDMs at the LHC - the story so far
R. Santos
ISEL& CFTC Universidade de Lisboa
11:30-12:10
Current Status and Future Prospect of Flavor Physics
T. Goto
KEK
13:20-13:50
Two Higgs Doublet Models
K. Tsumura
Nagoya University
13:50-14:20
Higgs Triplet Models
K. Yagyu
National Central University
14:20-14:50
B Physics and Extended Higgs Sectors
R. Watanabe
Osaka University
15:10-15:30
Flavor Physics in the multi-Higgs-Doublet Models
Y. Omura
Technische Universitat Munchen
15:30-15:50
Higgs-dilaton mixing using the modified dilaton couplings to the SM fields
D. W. Jung
Korea Institute for Advanced Study
15:50-16:00
Invitation to the Higgs Working Group
M. Kakizaki
University of Toyama
16:00-16:20
Poster Session Summary
T. Shindou
Kogakuin University
16:20-16:40
Workshop Summary and Concluding Remark
S. Kanemura
University of Toyama
Poster Presentations
15 February (Sat) 17:00-19:10
Probing origins of neutrino masses and baryon asymmetry in kaon decays
S. Eijima
Niigata University
CP phase from Higgs's boundary condition
Y. Fujimoto
Kobe University
Thermal Phase Transition in the gauge-Higgs unification with 126GeV Higgs
H. Hatanaka
Osaka University
Partial Mass Degenerated Model and Spontaneous CP Violation in the Leptonic Sector
H. Ishida
Maskawa Institute for Science and Culture
Bounds on 6D UED models from current LHC data and S,T parameters with vacuum stability
T. Kakuda
Niigata University
Baryon number asymmetry and dark matter in the neutrino mass model with an inert doublet
S. Kashiwase
Kanazawa University
Radiative corrections to the Higgs coupling constants in the Higgs triplet model
M. Kikuchi
University of Toyama
Is there something missing in the MSSM?
J. Y. Lee
Korea University
Vacuum stability of supersymmetric extended Higgs sectors with a discrete symmetry
N. Machida
University of Toyama
Testability of Higgs inflation in a radiative seesaw model
T. Matsui
University of Toyama
Neutrino Mass and Proton Stability in a U(1)R symmetric model
Y. Morita
Niigata university
Classically conformal B-L extended Standard Model and phenomenology
Y. Orikasa
Osaka University
Same-sign Tetra Leptons from type II seesaw at the LHC
P. Sharma
Korea Institute for Advanced Study
Determination of mass hierarchy with medium baseline reactor neutrino experiments
Y. Takaesu
Korea Institute for Advanced Study
Multi-Component Dark Matter Systems and Their Observation Prospects
H. Takano
Kanazawa University
Higgs phenomenology of the supersymmetric grand gauge unified theory with the Hosotani mechanism
H. Taniguchi
University of Toyama
Direct probe of Majorana and extended Higgs particles in radiative seesaw models at the ILC
H. Yokoya
University of Toyama
A Resolution of the Flavor Problem of Two Higgs Doublet Models with an Extra U(1)_H Symmetry for Higgs Flavor
C. Yu
Korea Institute for Advanced Study
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