The self-consistent quantum-electrostatic problem in strongly non-linear regime

on the effect of linear & non-linear texts on students comprehension and recalling

چکیده ندارد.

A transfer Hamiltonian approach for an arbitrary quantum dot array in the self- consistent field regime

Stability of Scale-invariant Cosmological Correlation Functions in the Strongly Non-linear Clustering Regime

We investigate stability of the scale-invariant solutions of the BBGKY equations for two-point spatial correlation functions of the density fluctuations in the strongly non-linear regime. In the case that the background skewness of the velocity field is equal to 0, we found that there is no local instability in the strongly non-linear regime. The perturbation does not grow nor does it decay. It...

Cosmological Perturbations: Entering the Non-Linear Regime

We consider one-loop corrections (non-linear corrections beyond leading order) to the bispectrum and skewness of cosmological density fluctuations induced by gravitational evolution, focusing on the case of Gaussian initial conditions and scale-free initial power spectra, P (k) ∝ k. As has been established by comparison with numerical simulations, tree-level (leading order) perturbation theory ...

Conditional Cumulants in Weakly Non-linear Regime

Conditional cumulants form a set of unique statistics which represent a sensible compromise between N -point correlation functions and cumulants measured from moments of counts in cells. They share accurate edge corrected estimators with N -point correlation functions, yet, they are as straightforward to measure and interpret as counts in cells. The conditional cumulants have three equivalent v...