About this Simulation

This interactive Michelson Interferometer Model demonstrates how light behaves when split into two paths and recombined. Learners can adjust mirror positions, observe interference patterns, and explore how path differences create constructive and destructive interference. The simulation visualizes fundamental quantum and optical phenomena underlying modern precision measurement technology.

Learning objectives: Understand how light interference patterns form from path differences | Investigate the relationship between wavelength and fringe spacing | Apply wave principles to explain optical measurement and quantum phenomena