Rendiconti della Scuola internazionale di fisica "Enrico Fermi." |
Contents
Introduction | 1 |
The microscopic approacha reminder | 3 |
Analytical properties of the weak noise limit in nonequilib | 6 |
the macroscopic approach | 12 |
introduction | 20 |
An examplesymmetry breaking in superfluid | 24 |
The modulated laser | 28 |
The laser with injected signal LIS | 35 |
A GIERER Biological pattern formation and physicochemical | 151 |
Pattern formation within single cells | 157 |
Correspondence of inequalities derived from the theory | 166 |
Symmetry breaking and longrange order | 186 |
Appendix | 213 |
CASTILLO P L GARCIAYBARRA and M G VELARDE | 219 |
Nature of the bifurcation of the nonlinear steady convective | 230 |
KuramotoVelarde equa | 236 |
Noiseinduced trapping at the boundary between two | 42 |
A LUGIATO and L M NARDUCCI | 51 |
E ARIMONDO | 70 |
Static response | 79 |
Conclusion | 90 |
Approximate stationary solution | 96 |
Introduction | 111 |
cyclic loading | 118 |
Break | 122 |
Confinementdeconfinement transitions in a population of dis | 133 |
The dynamics of the breakaway instability | 141 |
52 | 142 |
E R CAIANIELLO and C NOCE A metric model for thermo | 244 |
245 | 296 |
G NICOLIS and V ALTARES Physics of nonequilibrium systems | 298 |
Introduction | 329 |
Noiseinduced transitions | 330 |
Influence of external noise on a Hopf bifurcation | 347 |
H O PEITGEN and P H RICHTER Fractals and the theory | 357 |
Hierarchical models and the inverse renormalization trans | 364 |
The Mandelbrot set and the parameter dependence of phase | 372 |
T GEISEL G RADONS J RUBNER and A ZACHERL Phase | 384 |
Barriers in the quantum dynamics of chaotic systems | 395 |
Copyright | |