The wave functions reveal a textbook-like one-dimensional harmonic oscillator behavior showing up to five equidistant energy levels of 80 meV spacing. The derived effective oscillator mass of m * = ...

The goal of this document is to have students explore the solutions to the quantum mechanical harmonic oscillator Schrödinger equation by examining the exponential component, generating the various ...

In the present repository, we describe the study of the quantum harmonic oscillator in one dimension through numerical simulation. By adopting the Path Integral approach and implementing the Monte ...

The set of wave-functions is used in quantum mechanics to find a generic solution for the 1-D Schrödinger equation and in particular for the equation of the harmonic oscillator. This program computes ...

This paper presents a 191-GHz harmonic oscillator with high DC-to-RF efficiency and small physical size in a 65nm CMOS technology. This harmonic oscillator utilizes a novel structure to simultaneously ...