Transmitting visible light via optical fiber

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SUMMARY

Transmitting visible light via optical fiber is feasible, as demonstrated by existing applications such as fiber-optic lamps and medical endoscopes. Focusing lenses can effectively channel visible light into optical fibers, allowing for illumination in spaces without natural light. While optical fibers excel in low-loss transmission, alternative solutions like reflective conduits may be more cost-effective for short distances. Understanding the principles of light behavior, including intensity, energy, reflections, and refractions, is essential for optimizing this technology.

PREREQUISITES
  • Understanding of optical fiber technology
  • Knowledge of light behavior, including reflections and refractions
  • Familiarity with focusing lenses and their applications
  • Basic concepts of Quantum Electrodynamics (QED)
NEXT STEPS
  • Research the principles of light transmission in optical fibers
  • Explore the design and application of focusing lenses in optics
  • Investigate the differences between optical fibers and reflective conduits
  • Learn about the practical applications of fiber optics in medical and industrial fields
USEFUL FOR

Optics enthusiasts, engineers, medical professionals, and anyone interested in the practical applications of optical fiber technology.

snowlion
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Hi,

A colleague of mine at work has this idea of using a focusing lens to focus the visible light into a optical fiber and guide it to some destination, e.g. room with no windows.

I have no experience in optics, or in QED (only some "layman" knowledge of monochromatic light and its interactions with surfaces/electrons). Is it possible to guide the "chaotic" visible light down the fiber? What are the affects on light intensity, energy, reflections, refractions and so on, when performing such an experiment?

Cheers!
 
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Yes, this is possible, you may have seen some of those fibre-optic lamps in shops. They have hundreds of fibres like a flower thing. Doctors and spys also use these things for looking into your body of through a keyhole depending on their occupation.
 
You can buy 'light pipes' for feeding daylight into internal rooms but I believe they use large diameter reflective conduits rather than optical fibres. This could be because it is a cheaper solution for channelling light over short distances where the low loss of optical fibres doesn't have much advantage.
 
Thanks for your replies!
 

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