Is a Corona Flash System Using Fiber Optics and Lens Physics Possible?

In summary: MW Masailo,In summary, you are asking for people who talk about using fiber optics in a waveguide-style.
  • #1
MW Masailo
5
0
Whom might be talking on this area?
 
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  • #2
MW Masailo, Welcome to Physics Forums! Here we have many well-educated and long-experienced members, all ready and willing to assist any true "searcher" of scientific knowledge.

If you have a question or if you are unsure about some aspect of fiber optics and lens physics, you would assist our members in formulating some useful response for you if you would specify exactly what you are searching for. You should be sure to include the Reference that you are using.

Cheers, Bobbywhy
 
  • #3
Looking for those that talk about through lens with fiber optic.
 
  • #5
Using fiber optic in a waveguide style. Putting a hole into a lens then string the fiber through like a beaded necklace.
 
  • #6
Since the fiber's operates on the principle of total internal reflection,
there will be little light escaping from the fiber to interact with the lens.
The only way to get limited light out of the side of a fiber, is to bend it
in a way that violates the total internal reflection, or to remove some of the
higher index cladding.
 
  • #7
SO an array style optical is out the question, I am using a Brewster window with a hole drill through it. Polished and everything. Thought that the phasing light wave as seen when coiled could transfer from one fiber to another. Or so the effect was seen. The electron wire array with ferrite bead is what I thought is simular as if as my idea. So a corona flash does not emulate of the fiber or not well enough to make the transfer.
 
  • #8
Could you believe in creating or except the idea of a corona flash system. Using the corona in the same array.
 

What is fiber optics?

Fiber optics is a method of transmitting information using thin, transparent fibers of glass or plastic. The fibers are designed to carry light signals over long distances, making it a popular choice for telecommunication and networking.

How do fiber optics work?

Fiber optics work by using the principle of total internal reflection. Light is sent through the fiber, bouncing off the walls of the core and maintaining its intensity as it travels. This allows for the transmission of information without the need for electrical signals.

What are the advantages of using fiber optics?

Fiber optics offer several advantages, including high bandwidth, low signal loss, and immunity to electromagnetic interference. They are also lightweight, flexible, and can transmit data over longer distances compared to traditional copper wires.

What is lens physics?

Lens physics is the study of the properties and behavior of lenses, which are transparent objects that can refract and focus light. It involves understanding concepts such as refraction, focal length, and magnification, and how they are affected by the shape and material of the lens.

How do lenses work in fiber optics?

Lenses are used in fiber optics to focus the light signal from the source into a narrow beam before it enters the fiber. This helps to increase the efficiency and range of the transmission. Lenses are also used at the receiving end to expand and collect the light signal for detection and decoding.

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