PHYSICAL SIMULATION AND DESIGN OF THE “LIQUID SUSPENSION” EXPERIMENT BASED ON THE NUSEP PLATFORM

Based on the physical phenomenon of “floating under a levitating liquid, ” this paper designs and develops an interactive physics simulation and visualization platform for the liquid-levitation experiment. By solving a damped harmonic oscillator model under periodic driving, the platform simulates the resonant behavior of the gas layer and the dynamic process associated with an effective “negative gravity field.” This paper presents the physical modeling, platform design, technical implementation of the simulation system, and practical experience in using generative artificial intelligence to assist the development of physics experiments. The platform has been deployed on NuSEP and can provide a useful reference for the design, development, and optimization of similar physics simulation teaching projects.