About photon-polariser interaction quantum-molecular-level mechanics

In summary, the conversation involves the topic of the mathematics and mechanics behind the interaction between a particle, such as a photon, and the molecules of a polariser at the quantum-molecular level. The participants express interest in finding more literature and materials on the subject and request for any suggestions or links. The conversation also addresses the broadness of the topic and suggests further research through the provided Wikipedia article.
  • #1
tade
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TL;DR Summary
I'm quite interested in the aforementioned topic, and would like to take a look at more literature about it, and to learn more about it, and would like to ask if you know more about it, you can suggest the titles of the materials, or share the links to the materials and the literature
I'm quite interested in the aforementioned topic, and would like to take a look at more literature about it, and to learn more about it, and would like to ask if you know more about it, or know interesting aspects about it, you can suggest the titles of the materials, or share the links to the materials and the literature, thanks

So to be clear, its literature on the the maths and mechanics of the situation at the moment when the wave of a particle like a photon encounters the molecules of the polariser, the quantum interaction of the target particle with the polariser molecules, like the photon-polariser interaction at the quantum-molecular level, or also the maths of the transition when and as the wavefunction is collapsing as it encounters and interacts with the molecules of the polariser
 
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  • #2
tade said:
I'm quite interested in the aforementioned topic, and would like to take a look at more literature about it, and to learn more about it, and would like to ask if you know more about it, you can suggest the titles of the materials, or share the links to the materials and the literature, thanks

So to be clear, its literature on the the maths and mechanics of the situation at the moment when the wave of a particle like a photon encounters the molecules of the polariser, the quantum interaction of the target particle with the polariser molecules, like the photon-polariser interaction at the quantum-molecular level, or also the maths of the transition when and as the wavefunction is collapsing as it encounters and interacts with the molecules of the polariser

@DrChinese @Nugatory hi, would just like to ask you two, based on earlier lines of discussions, in case you two might know of some interesting material or literature, thanks
 
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  • #3
As @PeterDonis as mentioned earlier, this topic is way too broad to discuss properly at PF. However, the Wikipedia article gets into some of it and has references for you to follow up on.

https://en.wikipedia.org/wiki/Photon_polarization

I would suggest you do that and then if you have some more really specific questions then ask here.

Until then we will close this thread.
 
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1. What is photon-polarizer interaction at the quantum-molecular level?

Photon-polarizer interaction at the quantum-molecular level refers to the interaction between a photon (a particle of light) and a polarizer (a material that can filter or polarize light). This interaction occurs at the molecular level, meaning that it involves the behavior of individual molecules within the polarizer material.

2. How does photon-polarizer interaction work?

At the quantum-molecular level, photon-polarizer interaction involves the absorption and emission of photons by the molecules in the polarizer material. When a photon comes into contact with a molecule, it can be absorbed by the molecule, causing it to become excited. The excited molecule can then release the absorbed energy in the form of a new photon, which may have a different polarization or direction of travel.

3. What is the significance of photon-polarizer interaction in quantum mechanics?

Photon-polarizer interaction plays a crucial role in understanding the behavior of light at the quantum level. It is a fundamental process in quantum mechanics and is essential for many applications, such as in optical communication, quantum computing, and spectroscopy.

4. How does photon-polarizer interaction affect the properties of light?

Photon-polarizer interaction can change the properties of light, such as its polarization, intensity, and direction of travel. This is because the interaction between the photon and the polarizer molecules can alter the photon's energy and momentum, leading to changes in its behavior.

5. What are the practical applications of studying photon-polarizer interaction at the quantum-molecular level?

Studying photon-polarizer interaction at the quantum-molecular level has many practical applications, including the development of advanced technologies such as quantum sensors, quantum cryptography, and quantum information processing. It also helps us understand the behavior of light in various materials and can lead to advancements in fields such as material science and chemistry.

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