1418 July 2015
Kobe International Conference Center
Asia/Tokyo timezone
Plenary Session
Place
Location: Kobe International Conference Center
Address: 691 Minatojimanakamachi, Chuoku, Kobe, Hyogo 6500046, Japan
Date:
from 14 Jul 09:00 to 18 Jul 16:45
Conveners

14 Jul 09:00  10:30
Conference Opening
 de Forcrand, Philippe

14 Jul 11:00  12:30
 Golterman, Maarten

15 Jul 09:00  10:30
 Gottlieb, Steven

15 Jul 11:00  12:30
 Aoki, Sinya

17 Jul 09:00  10:30
 Suzuki, Hiroshi

17 Jul 11:00  12:30
 Sommer, Rainer

18 Jul 13:00  14:45
 Kanaya, Kazuyuki

18 Jul 15:15  16:45
Conference Closing
 Christ, Norman
Timetable  Contribution List
Displaying 18
contributions
out of
18
The discovery of the Higgs boson in 2012 completed the Standard Model but many puzzles remain. Composite systems where the Higgs boson is a bound state of some new fermion species are viable models to describe beyondSM phenomenology, but are most likely strongly coupled and require nonperturbative investigations.
In this talk I will review recent lattice calculations that investigate general pr
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Presented by Dr. Anna HASENFRATZ
on
18/07/2015
at
06:45
There has been a longstanding debate if the chiral phase transition in twoflavor massless QCD is the first order or the second order. The previous arguments based on epsilon expansions, large N expansions, functional renormalization group, and MonteCarlo simulations had been all inconclusive with shortcomings. If it were the second order phase transition, there should exist a corresponding three
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Presented by Dr. YU NAKAYAMA
on
14/07/2015
at
01:00
Fluctuations of conserved charges in a grand canonical ensemble can be calculated as derivatives of the free energy with respect to the respective chemical potential. They are directly related to experimentally available observables that describe the hadronization in heavy ion collisions. The same derivatives can be used to extrapolate zero density results to finite chemical potential. We review t
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Presented by Dr. Szabolcs BORSANYI
on
18/07/2015
at
04:45
Here we review the progress made in understanding the internal structure of hadrons in terms of the gluonic and quark constituents. Recent results for standard observables such as the nucleon axial charge, electromagnetic form factors and quark momentum fraction will be summarised, before turning our attention to more challenging quantities, including quark disconnected contributions and socalled
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Presented by Dr. James ZANOTTI
on
15/07/2015
at
00:00
on
15/07/2015
at
02:00
There has been much progress in studies of the physics of low energy, precision observables in the flavor neutral sector using Lattice QCD, especially on the lepton anomalous magnetic moments ($g2$) and nucleon electric dipole moments. The current status of these studies is reviewed, and remaining challenges and new ideas are discussed.
Presented by Taku IZUBUCHI
on
14/07/2015
at
11:45
Circa 95% of the universe is made of unknown forms of matter and energy, while to describe the remaining 5% one needs at least three fundamental forces, i.e. Quantum Electrodynamics, Weak Interactions and Quantum Chromo Dynamics (QCD). Furthermore strong interactions are responsible for creating the bulk of the bright mass, i.e. the 5%. It is therefore natural to expect that to correctly describe
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Presented by Prof. Francesco SANNINO
on
17/07/2015
at
00:45
For quite some time now simulations of lattice QCD have allowed for predicting a basic set of light flavour quantities reliably and with increasingly high precision. The field has started to move on: Advances in field theory, algorithms and computing for the first time allow to address more complicated problems like for example hadronic and rare kaon decays, the kaon massdifference or the concept
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Presented by Dr. Andreas JUETTNER
on
15/07/2015
at
00:45
The anomalous magnetic moment (g2) of the electron has played the central role in testing the validity of quantum electrodynamics (QED) as well as the standard model of particle physics. The test has been further improved, which was made possible by the complete evaluation of the tenthorder term in the perturbation theory of QED, together with the latest measurement of the electron g2 by the Ha
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Presented by Dr. Tatsumi AOYAMA
on
14/07/2015
at
02:00
In this talk, we discuss the status and future prospect in B physics, focusing on the SuperKEKB/Belle II experiment at KEK, with the target peak luminosity of 8 \times 10^35 cm^2s^1. This enables us to study decays of heavy flavor particles, B and D mesons as well as \tau leptons, at the order of O(10^10) per year, and to search for New Physics through processes sensitive to presence of virtual
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Presented by Prof. Toru IIJIMA
on
17/07/2015
at
02:00
I will review recent progress in lattice computations relevant for B and charm physics. Emphasis will be put on the interplay with the upcoming new generation of experimental results.
Presented by Prof. Carlos PENA
on
17/07/2015
at
02:45
I will review the status of calculations of thermodynamics quantities, spatial correlation lengths and realtime properties of strongly interacting matter at nonzero temperature. An attempt at a synthesis will be made. Quark number susceptibilities will not be covered here.
Presented by Prof. Harvey MEYER
on
18/07/2015
at
04:00
Nonperturbative investigations of supersymmetry and superstring theory through lattice simulations are promising research directions. In this talk, I will review the recent progress in lattice supersymmetry, in particular, the numerical verification of the gauge/gravity duality.
Presented by Dr. Daisuke KADOH
on
18/07/2015
at
06:15
I review recent progress achieved on the lattice in the understanding of chiral symmetry breaking in QCD. Emphasis is given to recent computations of the spectral density of the Dirac operator and of the topological susceptibility.
Presented by Prof. Leonardo GIUSTI
on
14/07/2015
at
00:15
We discuss our recent publication [arXiv:1505.07863] of the first lattice QCD calculation of the complex kaon decay amplitude A_0 with physical kinematics, using a single 32^3 x 64 domain wall ensemble with Gparity spatial boundary conditions. We obtain approximate agreement with the experimental value for Re(A_0), which serves as a test of our method. Our prediction of Im(A_0) can be used to com
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Presented by Dr. Christopher KELLY
on
15/07/2015
at
03:00
In this talk I will review the proposal to formulate quantum field theories (QFTs) on a Lefschetz thimble, which was put forward to enable Monte Carlo simulations of lattice QFTs affected by a sign problem. First I will review the theoretical justification of the approach, and comment on some open issues. Then, I will review the algorithms that have been proposed and are being tested to represent
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Presented by Dr. Luigi SCORZATO
on
18/07/2015
at
05:15
Scattering and transition amplitudes with threehadron final states play an important role in nuclear and particle physics. In order to predict such quantities using Lattice QCD, formalism is required to overcome the limitations of Euclidean time and finite volume. In this talk I will focus on extensions of Luescher's work relating the finitevolume energy spectrum to physical scattering amplitude
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Presented by Dr. Maxwell HANSEN
on
15/07/2015
at
02:30
Resurgent transseries provide a novel mathematical formalism to unify perturbative and nonperturbative physics, leading to new insights into the general structure of quantum theories. I will review the main ideas with some illustrative examples.
In many quantum mechanical systems, all orders nonperturbative data is encoded into perturbation theory, and it can be decoded. In QFTs, there are ca
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Presented by Prof. Mithat UNSAL
on
17/07/2015
at
00:00