The probability of quantum emergence

The exhibits consist of a booth, a 55 inch LCD TV, a 32 inch touch screen, a rubber hammer, and a storage compartment. The exhibit features an interactive game that simulates the capture of Wukong for interactive experience. When unmanned, the vertical LCD TV plays the recruitment animation in a loop. visitors operates a rubber hammer to tap the touch screen on the table and select any mode to enter the game experience interface. Through fun interactive content, visitors can understand the probability of the quantum world revealed by the wave function during the experience.

The unit is designed for unsupervised public use: controls are recessed or shielded, moving parts are enclosed, and the interface is operable by a child of about six with no instruction. Where a screen is used, the language can be switched without changing the hardware, and the content can be replaced on site.

After de Broglie proposed the hypothesis of matter waves, Schr ö dinger derived a wave equation to describe the behavior of matter waves, in which the physical quantity used to describe its behavior is the "wave function", represented by the symbol PSI. However, after Schr ö dinger himself developed this equation, he did not know the physical meaning of the wave function PSI. Until 1926, German theoretical physicist Bohr proposed the concept of "probability amplitude" and provided a statistical explanation for the wave function: the wave function is a "probability amplitude" without physical meaning, and the square of the wave function | ψ (r, t) | ^ 2 represents the probability of a microscopic particle appearing in a unit volume at r at time t. Based on the wave function PSI, we can calculate the probability of a microscopic particle appearing at a specific point.