The decay of an unstable state under the influence of external colored noise has been studied by means of analog experiments and digital simulations. For both fixed and random initial conditions, the time evolution of the second moment [x^2(t] of the system variable was determined and then used to evaluate the nonlinear relaxation time. The results obtained are found to be in excellent agreement with the theoretical predictions of the immediately preceding paper [Casademunt, Jimenez-Aquino, and Sancho, Phys. Rev. A 40,5905(989)]
We present a study of the escape time from a metastable state of an overdamped Brownian particle in ...
SUMMARY We study the noise delayed decay of unstable nonequilibrium states in nonlinear dynamical ...
The dynamical process through a marginal state (saddle point) driven by colored noise is studied. Fo...
The decay of an unstable state under the influence of external colored noise has been studied by mea...
The decay of an unstable state under the influence of external colored noise has been studied by mea...
The general theory of nonlinear relaxation times is developed for the case of Gaussian colored noise...
The general theory of nonlinear relaxation times is developed for the case of Gaussian colored noise...
We study the decay of an unstable state in the presence of colored noise by calculating the moment g...
We study the decay of an unstable state in the presence of colored noise by calculating the moment g...
The phenomenon of anomalous fluctuations associated with the decay of an unstable state is analyzed ...
We develop a singular perturbation approach to the problem of the calculation of a characteristic ti...
We develop a singular perturbation approach to the problem of the calculation of a characteristic ti...
We present a study of the escape time from a metastable state of an overdamped Brownian particle in ...
We study the noise delayed decay of unstable nonequilibrium states in nonlinear dynamical systems wi...
We present a study of the escape time from a metastable state of an overdamped Brownian particle in ...
We present a study of the escape time from a metastable state of an overdamped Brownian particle in ...
SUMMARY We study the noise delayed decay of unstable nonequilibrium states in nonlinear dynamical ...
The dynamical process through a marginal state (saddle point) driven by colored noise is studied. Fo...
The decay of an unstable state under the influence of external colored noise has been studied by mea...
The decay of an unstable state under the influence of external colored noise has been studied by mea...
The general theory of nonlinear relaxation times is developed for the case of Gaussian colored noise...
The general theory of nonlinear relaxation times is developed for the case of Gaussian colored noise...
We study the decay of an unstable state in the presence of colored noise by calculating the moment g...
We study the decay of an unstable state in the presence of colored noise by calculating the moment g...
The phenomenon of anomalous fluctuations associated with the decay of an unstable state is analyzed ...
We develop a singular perturbation approach to the problem of the calculation of a characteristic ti...
We develop a singular perturbation approach to the problem of the calculation of a characteristic ti...
We present a study of the escape time from a metastable state of an overdamped Brownian particle in ...
We study the noise delayed decay of unstable nonequilibrium states in nonlinear dynamical systems wi...
We present a study of the escape time from a metastable state of an overdamped Brownian particle in ...
We present a study of the escape time from a metastable state of an overdamped Brownian particle in ...
SUMMARY We study the noise delayed decay of unstable nonequilibrium states in nonlinear dynamical ...
The dynamical process through a marginal state (saddle point) driven by colored noise is studied. Fo...