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arXiv 1602.02240hep-th
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具有最小长度不确定性的精确可解动力学模型

Exactly solvable dynamical models with a minimal length uncertainty

Reginald Christian Bernardo, Jose Perico Esguerra

摘要:

我们提出了精确的解析解的经典运动方程和分析的动力学后果的存在的最小长度的自由粒子,粒子在一个线性的潜力,反对称恒力振子,谐振子,垂直谐振子,线性双原子链,线性三原子链。事实证明,最小长度增加了自由粒子的速度和受线性势影响的粒子的下落速率。我们的研究结果表明,当存在最小长度时,系统的特征频率趋于增加。这是一个共同的特点,我们观察到的振荡器系统,我们已经考虑。

英文摘要:

We present exact analytical solutions to the classical equations of motion and analyze the dynamical consequences of the existence of a minimal length for the free particle, particle in a linear potential, anti-symmetric constant force oscillator, harmonic oscillator, vertical harmonic oscillator, linear diatomic chain, and linear triatomic chain. It turns out that a minimal length increases the speed of a free particle and the rate of fall of a particle that is subject to the influence of a linear potential. Our results suggest that the characteristic frequency of systems tend to increase when there is a minimal length. This is a common feature that we observed for the oscillator systems that we have considered.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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