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This volume contains contributions to the workshop, which was
largely focused on the strong coupling gauge theories in search for
theories beyond the standard model, particularly, the LHC
experiments and lattice studies of conformal fixed point. The main
topics include walking technicolor and the role of conformality in
view of the 125 GeV Higgs as a light composite Higgs
(technidilaton, and other composite Higgs, etc.). Nonperturbative
studies like lattice simulations and stringy/holographic approaches
are extensively discussed in close relation to the phenomenological
studies.After the discovery of 125 GeV Higgs at LHC, the central
issue of particle physics is now to reveal the dynamical origin of
the Higgs itself. One of the possibilities would be the composite
Higgs based on the strong coupling gauge theory in the TeV region,
such as the technidilaton predicted in walking technicolor with
infrared conformality. The volume contains, among others, many of
the latest important reports on walking technicolor and related
subjects in the general context of conformality, in a way of direct
relevance to the LHC phenomenology as well as the lattice studies.
It is very timely to study full theoretical implications in the
exciting era when the LHC is vigorously working. This volume is of
great importance for that purpose.Speakers of 40 talks (plus
posters) include K-I Aoki, Y Aoki, K Bamba, E Bennett, R S
Chivukula, H Georgi, A Hasenfratz, D-K Hong, K Itoh, D Elander, G
Fleming, H Fukano, Y Iwasaki, M Jarvinen, D Kadoh, S Kim, R Kitano,
K-I Kondo, J Kuti, D Lin, N Maru, H Matsufuru, S Matsuzaki, K-I
Nagai, C Nonaka, H Ohki, E Pallante, M Rho, E Rinaldi, F Sannino, D
Schaich, A Shibata, R E Shrock, E H Simmons, K Tuominen, C H Wong,
N Yamada, M J S Yang, and K Yamawaki.
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