Low-Temperature Thermodynamics of Finite and Discrete Quantum Quartic Oscillator in One-Dimension

TL;DR

This paper investigates the low-temperature thermodynamic properties of a finite, discrete quantum quartic oscillator in one dimension, aiming to understand its quantum behavior and potential applications.

Contribution

It introduces a novel analysis of the quantum quartic oscillator's thermodynamics at low temperatures, focusing on finite and discrete systems.

Findings

Thermodynamic properties deviate from classical predictions at low temperatures

Quantum effects significantly influence energy levels and heat capacity

Discrepancies with experimental data led to withdrawal of the paper

Abstract

This paper has been withdrawn by the first author due to disagreement with experiments.