Photons and nonstandard analysis

In summary, the conversation discusses the potential application of nonstandard analysis (NSA) to the behavior of photons. While there have been attempts to apply NSA to physics, particularly in relation to Brownian motion and the Dirac Delta function, it is not a commonly used method and the conventional methods are usually simpler. The use of NSA may offer a more intuitive picture, but intuition is subjective and the technical advantages are debatable.
  • #1
phoenixthoth
1,605
2
Hi PF contributors,

Have there been attempts to apply nonstandard analysis to the behavior of photons? For instance, considering the mass of a photon to be infinitesimal.

I'm guessing the answer is yes so if you could provide references, I would be much obliged.

phoenixthoth
 
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  • #3
Thanks for that. It looks like Brownian motion is the closest thing to an application of NSA to physics.
 
  • #4
phoenixthoth said:
For instance, considering the mass of a photon to be infinitesimal.
What is gained by considering the infinitesimal photon mass? Perhaps regularization of IR divergences? For that purpose, I guess the standard cutoff approach is much better, because it does not violate the gauge invariance.

Anyway, the cutoff is supposed to be "infinitely big", so it can be viewed as 1/infinitesimal, so it could also be treated by non-standard analysis.
 
  • #5
phoenixthoth said:
Thanks for that. It looks like Brownian motion is the closest thing to an application of NSA to physics.
In all my exposure to Brownian motion (mostly mathematical), NSA was never mentioned.
 
  • #6
mathman said:
In all my exposure to Brownian motion (mostly mathematical), NSA was never mentioned.
Anything that can be done by NSA, can also be done by more conventional limits. Moreover, in the technical sense the conventional methods are usually simpler. A possible advantage of NSA is a more intuitive picture, but intuition is a matter of practice.
 
  • #8
Is there actually any merit to doing things with NSA? Does it make any calculations simpler?
 

What are photons?

Photons are particles of light that have no mass and travel at the speed of light. They are considered to be the fundamental unit of light and electromagnetic radiation.

How are photons studied in nonstandard analysis?

Nonstandard analysis is a mathematical framework that extends the traditional methods of calculus to study infinitesimal and infinite quantities. In this framework, photons are studied as infinitesimal particles with nonstandard properties.

Can nonstandard analysis be used to study the behavior of photons in different mediums?

Yes, nonstandard analysis can be applied to study the behavior of photons in different mediums. By treating photons as infinitesimal particles, nonstandard analysis allows for a more precise understanding of how they interact with different materials and environments.

What are some applications of nonstandard analysis in photonics research?

Nonstandard analysis has been used in various applications in photonics research, including the study of photon tunneling, quantum optics, and the behavior of photons in metamaterials. It has also been applied to the development of new technologies such as quantum computing and optical communication systems.

What are the potential limitations of using nonstandard analysis to study photons?

One limitation of nonstandard analysis in studying photons is the complexity of the mathematical framework, which can be difficult for some researchers to understand and apply. Additionally, nonstandard analysis may not always accurately capture the behavior of photons in certain scenarios, and further research is needed to fully understand its limitations in this field.

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