Non-Linear-Harmonic-Oscillator This project was conducted as part of the PS-530 module of Computational Physics at Dublin City University. The project aimed to extend a linear simple harmonic motion ...

We discuss an exactly solvable relativistic model of a nonrelativistic linear harmonic oscillator in the presence of a constant external force. We show that as in the nonrelativistic case, the ...

Abstract We generalize the previously considered cases of a harmonic oscillator subject to a random force (Brownian motion), or having random frequency, or random damping. We consider here a random ...

Article Views are the COUNTER-compliant sum of full text article downloads since November 2008 (both PDF and HTML) across all institutions and individuals. These metrics are regularly updated to ...

A tutorial study of an oscillator built from a loop of two active RC integrators and an ideal inverter. As a reference the linear harmonic oscillator is modeled as a LC circuit and as an ideal two ...

More information: S. Bose, D. Home, and S. Mal. "Nonclassicality of the Harmonic-Oscillator Coherent State Persisting up to the Macroscopic Domain." Physical Review Letters.

Techniques developed earlier to obtain the transition amplitudes for a general time-dependent linear harmonic oscillator using standard operator techniques, are used to calculate transition amplitudes ...

We note that, since the harmonic oscillator potential is quadratic, Hamilton equations become a linear system of differential equations, which can be rewritten in the matrix form: (3) d d t [x p] = [0 ...