Find Optic Laser Material That Responds to Perpendicular & Parallel Light

In summary, the conversation discusses the search for a material with specific optical properties, including the ability to allow perpendicular laser light to pass through while blocking parallel laser light. The suggestion is to use an optical coating to achieve these properties, which may also allow for dynamic switching between the two states.
  • #1
flux!
34
0
I am looking for group of material that behaves according to the following:

(1)
When a certain laser light passes perpendicular to the surface of the material it enters and exits unimpeded

(2)
However, when another laser light (with direction parallel to the surface) enters the material, the perpendicular laser light is blocked

Any help on what type of material is this? (e.g. semiconductor polarizer, photonic crystal, high Raman gain material, i don't know really)

Thanks in Advance!
 
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  • #3
Thank you for the response Dr. Courtney, can optical coating make the above properties dynamic, meaning when number (2) of the above is switch off we recover number (1), then back again.
 
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1. What is the purpose of finding optic laser material that responds to perpendicular and parallel light?

The purpose of finding optic laser material that responds to perpendicular and parallel light is to create more efficient and versatile laser systems. This type of material can be used to manipulate light in various ways, allowing for more precise and controlled laser beams.

2. How do scientists search for this type of material?

Scientists use various techniques such as spectroscopy, microscopy, and computational simulations to search for optic laser material that responds to perpendicular and parallel light. They also study the properties of different materials and how they interact with light to determine their potential for use in laser systems.

3. What are the key characteristics of optic laser material that responds to perpendicular and parallel light?

The key characteristics of this type of material include a high refractive index, low optical loss, and the ability to be easily manipulated by external stimuli. It should also have a fast response time and be able to efficiently convert light energy into usable laser energy.

4. How can this type of material benefit various industries?

Optic laser material that responds to perpendicular and parallel light has the potential to benefit various industries such as telecommunications, medical, and materials processing. It can be used to improve the speed and accuracy of data transmission, perform precise surgeries, and create more efficient manufacturing processes.

5. What are the challenges in finding this type of material?

One of the main challenges in finding optic laser material that responds to perpendicular and parallel light is the limited availability of suitable materials. The material must possess specific properties and be able to withstand the high energy and intense conditions of laser systems. Additionally, the process of discovering and testing new materials can be time-consuming and costly.

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