The Schrodinger equation is the Schr?dinger equation, also known as the Schrodinger wave equation. It is a basic equation in quantum mechanics proposed by the Austrian physicist Schr?dinger and is also the basis of quantum mechanics. A basic assumption. ?

Equation definition

Schrodinger equation (Schrodinger equation) In quantum mechanics, the state of the system cannot be determined by the value of a mechanical quantity (such as x), but by the mechanical quantity The function Ψ (x, t), that is, the wave function (also known as probability amplitude, state function) is determined. Therefore, the wave function has become the main object of quantum mechanics research.

What is the probability distribution of the values ??of mechanical quantities and how this distribution changes with time? These questions can be answered by solving the Schr?dinger equation of the wave function.

This equation was proposed by the Austrian physicist Schr?dinger in 1926. It is one of the most basic equations of quantum mechanics. Its status in quantum mechanics is equivalent to that of Newton’s equation in classical mechanics. It is super String theory attempts to unify the two theories.

Physical meaning

This is a stationary Schr?dinger equation describing a particle in a three-dimensional potential field. The so-called potential field is a field in which particles have potential energy. For example, an electric field is the potential field of a charged particle.

Author's introduction and author's famous quotes

1. Author's introduction

Erwin Schrodinger (1887-1961) was born on August 12, 1887 Vienna, the capital of Austria. From 1906 to 1910, he studied at the Department of Physics at the University of Vienna. During World War I, he was drafted to serve in a remote artillery fortress and used his spare time to study theoretical physics.

After Hitler came to power in 1933, Schr?dinger was deeply indignant at the fascist behavior of the Nazi regime in persecuting outstanding scientists such as Einstein. He moved to Oxford and served as a visiting professor at Maddalen College. In the same year, he and Dirac *** won the Nobel Prize in Physics.

2. Quotations from the author

1. The most important thing about creativity is not to discover what no one has seen before, but to think of what no one has thought of before in the phenomena that everyone has seen. of.

2. For consciousness, there is no past and future, only the present including memories and expectations.