Classical Dynamics Based on the Minimal Length Uncertainty Principle

Citations

WEB OF SCIENCE

3
Citations

SCOPUS

4

초록

In this paper we consider the quadratic modification of the Heisenberg algebra and its classical limit version which we call the beta-deformed Poisson bracket for corresponding classical variables. We use the beta-deformed Poisson bracket to discuss some physical problems in the beta-deformed classical dynamics. Finally, we consider the (alpha,beta)- deformed classical dynamics in which minimal length uncertainty principle is given by . For two small parameters alpha,beta, we discuss the free fall of particle and a composite system in a uniform gravitational field.

키워드

Quadratic modification; Heisenberg algebra; beta-deformed Poisson bracket; HARMONIC-OSCILLATOR; DEFORMED SPACE; POSITION
제목
Classical Dynamics Based on the Minimal Length Uncertainty Principle
저자
Chung, Won Sang
DOI
10.1007/s10773-015-2721-0
발행일
2016-02
유형
Article
저널명
International Journal of Theoretical Physics
권
55
호
2
페이지
825 ~ 836