Frontiers of Glassy Physics
Frontiers of Glassy Physics
November 19-22, 2008,
Yukawa Institute for Theoretical Physics, Kyoto
Free energy landscape, configurational entropy and glass transition
Kinetic heterogeneity revisited: A normal mode analysis
From cage jumps to dynamical heterogeneities
Coffee break
Dense granular rheology: From stationary flow to unstable sliding
Universal scaling for the jamming transition
Extended mode-coupling theory and dynamical heterogeneities
Hysteresis and complexity in externally driven glassy systems
Spin-chirality decoupling in frustrated magnets
Coffee break
Domain geometry in coarsening systems
Extended scaling scheme and critical exponents of an Ising spin glass
Lunch
A short address on the prize to Prof. Vincent
Growth of a dynamical correlation length in spin- and superspin-glasses
Jamming and glass transitions in frustrated Josephson junction arrays
Overlap interfaces in spin glasses
Coffee break
Poster session (a poster board of 175cm height and 86cm width)
Reception
Dynamics of water in nano-porous materials
Experimental investigation of a correlation length in structural glasses and superspin glasses
Coffee break
The simplest quantum spin glass (and its quantum annealing)
Study of glassy systems with long-range interactions by the stochastic cutoff method
Ordering dynamics of zero-temperature random-field Ising model
Lunch
Glassy dynamics in polymer glass observed through dielectric susceptibility and volume
Multivariate feature of dielectric relaxation processes in super-cooled sugar alcohols
The importance of local structure as a mechanism for dynamical arrest in colloidal systems
Program (with abstracts)
JSPS Japan-France Bilateral Joint Seminar “Frontiers of Glassy Physics”, November 19-22, 2008, at Yukawa Institute for Theoretical Physics, Kyoto
Last Updated Dec. 08, 2008 by H. Wada
Growing dynamical correlations at the glass transition
A FDR preserving field theory of a fluctuating hydrodynamics in describing glass transition
Coffee break
From glasses to Lorenz gases: A crossover of slow dynamics in random media
Towards a theory of jamming transitions
Lunch
Effect of hydration on the glass-like transition of protein
The protein glass transition, what can we learn from a simple model?
Conformational temperature characterizing the folding of a protein
Coffee break
Molecular dynamics simulations of the biopreservative capabilities of sugars
Nonlinear rheology in solids and glasses
Transport properties and dynamic structures of supercooled liquids
Nov. 19
13:00-13:20 Opening
13:20-14:00 T. Odagaki
14:00-14:40 F. Zamponi
14:40-15:20 R. Yamamoto
15:20-16:00 O. Dauchot
16:30-17:10 T. Hatano
17:10-17:50 M. Otsuki
17:50-18:10 S-H. Chong
Nov. 20
09:00-09:40 G. Biroli
09:40-10:20 H. Hayakawa
10:50-11:30 K. Miyazaki
11:30-12:10 S. Sasa
14:00-14:40 M. Kataoka
14:40-15:20 M. Peyrard
15:20-15:40 N. Nakagawa
16:10-16:50 F. Affourad
16:50-17:30 A. Onuki
17:30-18:10 A. Furukawa
Nov. 21
09:00-09:20 M. Rosinberg
09:20-10:00 H. Kawamura
10:50-11:30 L. Cugliandolo
11:30-12:10 K. Hukushima
13:50-14:00 S. Miyashita
14:00-14:40 E. Vincent
14:40-15:20 H. Yoshino
15:20-16:00 S. Franz
16:30-17:30
18:30-
Nov. 22
09:00-09:40 O. Yamamuro
09:40-10:20 D. L’Hote
10:50-11:30 F. Krzakala
11:30-11:50 M. Sasaki
11:50-12:10 H. Ohta
14:00-14:40 K. Fukao
14:40-15:00 R. Nozaki
15:00-15:20 P. Royall
15:20-16:00 H. Tanaka
Poster Presentations
Nov. 21, 16:30-17:30
Nov. 23
Excursion (JSPS program)
P01 T. Nogawa
P02 S. Tanaka
P03 H. Nakagawa
P04 M. Iwata
P05 M. Nakanishi
P06 T. Mizuguchi
P07 T. Ekimoto
P08 T. Araki
P09 S. Inagaki
P10 T. Komatsu
P11 C. Nakajima
P12 T. Nakajima
P13 T. Kawasaki
P14 H. Shiba
Out-of-equilibrium dynamics of a three dimensional elastic manifold in random potential
Structure and dynamics of the protein hydration water at the protein glass transition
Dynamics of k-core percolation in a random graph
Wide frequency and temperature range dielectric measurement on glass forming sugar alcohols
Glass formation in a one-component quenched system
Slow and fast relaxations in the free energy landscape
Memory effects of nematic liquid crystal confined in porous media
Packing process dependence of elastic material property in granular systems
Stationary distribution and thermodynamic relation in nonequilibrium steady states
Migdal-Kadanoff renormalization-group approach for Ising spin glass with a finite replica number
Presentation materials are now available either as downloadable power-point or pdf files. Please click on speaker’s names below. Please understand that several movies and links embedded in the presentations may not work properly.