描述金融投资项目的量子力学状态方程中熵的演化研究
On Evolution of Entropy in the Quantum Mechanics State Equation for Describing Financial Investment Projects
林燕1
作者信息
- 1. 武夷学院 旅游学院,福建 武夷山 354300
- 折叠
摘要
对于描述一个金融投资项目演化的量子力学状态方程,我们用有序算符内的求和方法计算了初始处于泊松分布状态的熵的演化,发现当利好因素高于利空因素时,熵是增加的,值得投资.此方法可以推广到研究其他初始投资状态熵的演化,为投资者提供策略参考.
Abstract
For the quantum mechanical state equation that describing the evolution of projects of financial investment,we calculate the evolution of entropy in the Poisson distribution state by using the summation method within ordered product of operator.We found that when the profit-positive factor is higher than the profit-negative factor,and the entropy is increased,which is worth of investing.This method can be extended to study the evolution of entropy for other initial investment states,and provide strategic references for investors.
关键词
金融投资方程及其解/熵的演化与分析/经济物理Key words
financial investment equation and its solution/evolution and analysis of entropy/economic physics引用本文复制引用
出版年
2024
NETL
NSTL
万方数据