How does polarization take place by reflection?

In summary, reflection occurs when light waves bounce off a surface at a specific angle, causing them to align in a particular direction and resulting in polarization. The angle of reflection is directly related to the degree of polarization, with a higher degree of polarization occurring at a specific angle. Only certain surfaces, such as smooth and flat ones, have the ability to cause polarization through reflection. This process can also affect the intensity of light by filtering out certain directions of light waves. However, polarization through reflection is reversible, meaning that the polarized light can return to its original state of unpolarized light if reflected off the same surface again.
  • #1
akshay.wizard
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i wonder how it's possible that due to reflection from water say of light only perpendicular components remain and others are refracted.
 
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1. How does reflection cause polarization?

Reflection occurs when light waves bounce off a surface at a specific angle. This process can cause the light waves to align in a particular direction, resulting in polarization.

2. What is the relationship between the angle of reflection and polarization?

The angle of reflection is directly related to the degree of polarization. When light waves are reflected at a specific angle, they become more aligned in one direction, resulting in a higher degree of polarization.

3. Can any surface cause polarization through reflection?

No, only certain surfaces, such as smooth and flat surfaces, have the ability to cause polarization through reflection. Rough and irregular surfaces do not have this effect.

4. How does polarization through reflection affect the intensity of light?

Polarization through reflection can reduce the intensity of light by filtering out certain directions of light waves. This can result in a decrease in brightness or color intensity.

5. Is polarization through reflection reversible?

Yes, polarization through reflection is reversible. This means that if the polarized light is reflected off the same surface again, it can return to its original state of unpolarized light.

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