in this paper we have solved analytically the schrödinger equation for a microscopic particle in a one-dimensional box with two infinite walls, which the potential function inside it, has a linear form. based on the solutions of this special quantum mechanical system, we have shown that as the quantum number approaches infinity the expectation values of microscopic particle position and square ...

In this paper we have solved analytically the Schrödinger equation for a microscopic particle in a one-dimensional box with two infinite walls, which the potential function inside it, has a linear form. Based on the solutions of this special quantum mechanical system, we have shown that as the quantum number approaches infinity the expectation values of microscopic particle position and square ...

This paper provides evidence that momentum is a systematic phenomenon. We first show that there is essentially no diversification effect in the volatility of momentum profits when momentum strategies are applied to increasingly larger samples of stocks. Further, using the frequency domain component method to decompose stock returns, we find that stocks’ response to a few dynamic systematic fact...