A channelled substrate barried heterostructure InGaAsP/InP laser is demonstrated which uses a semi-insulating InP base structure current confinement layer formed by organometallic vapor phase expit
We studies chaos and nonlinear dynamics of single-particle orbit in the presence of an electrostatic wave excited in the magnetosphere.
Why is the trajectory of a ball easier to predict than the weather? What are the barriers to predictability?
The system under consideration is the Josephson junction circuit model with the supercurrent depending on the voltage. All terms other than the supercurrent are treated as small perturbation.
We develop a semiclassical theory of Coulomb blockade peak heights in quantum dots and show that the dynamics in the dot leads to a large modulation of the peak height.
Distributed systems evolve and create dynamic behaviour and uncertainty that produce false outputs in cloud production.
Context: Most current software systems are highly distributed, modular and configurable and embed their own adaptation mechanisms to resist various perturbations that could occur.
Some general aspects of spatiotemporal chaos are considered with emphasis on long-range correlations and response.
Chaotic motion of a symmetric gyro subjected to a harmonic base excitation is investigated in this note.
Under certain conditions, wave propagation in a random medium can become chaotic, i.e. display extreme sensitivity to initial conditions and complex behavior.
