SUMMARY
Light traveling through fiber optic cables does not generate a detectable electromagnetic field outside the fiber, except in cases where the fiber is damaged or if excessive light causes heating that emits infrared radiation. Unlike electrons in metal wires, photons do not carry charge and therefore do not create an external field. The behavior of light in fiber optics can be understood through classical physics, focusing on its wave properties such as reflection and refraction.
PREREQUISITES
- Understanding of electromagnetic fields
- Knowledge of fiber optic technology
- Familiarity with classical physics principles
- Basic concepts of wave behavior in optics
NEXT STEPS
- Research the principles of electromagnetic fields and their generation
- Explore the physics of light propagation in fiber optics
- Study the differences between photons and electrons in terms of charge and mass
- Investigate the effects of temperature on fiber optic performance
USEFUL FOR
This discussion is beneficial for physicists, engineers working with fiber optics, and anyone interested in the electromagnetic properties of light and its applications in technology.