Do gamma and X-ray wavelength photons also exist as collapse able wave fx's?

In summary, the question is about the relationship between light, gamma rays, and the collapse of wave functions. The conversation concludes that light, x-rays, and gamma radiation are essentially the same thing but there is no conserved probability density for individual photons. Instead, photons are considered as quantum of the electromagnetic field.
  • #1
xander77
5
0
This question has gone unanswered by our friends in nuclear/atomic threads.

My question relates to a solitary Tc^99m decay in particular, and to gamma rays in general. If light is a collapse able wave function, are different wavelength energies the same, ie gamma, x, radio, etc.

My suspicion is yes. Does this mean that a gamma photon detected from a far away galaxy is in fact the collapse of an ever expanding wave function?
 
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  • #2
Light is essentially the same thing as x-ray or gamma radiation at a lower energy, yes. But I don't think it has a "wavefunction" in any ordinary sense. The reason for this is that you can create and destroy billions of photons as easily as switching on and off a light bulb, so there's no conserved probability density for any individual photon. Instead, you have to think about a photon as the quantum of the electromagnetic field.
 
  • #3
Photons are not destroyed by turning off a light, they are just no longer created. The emitted photons travel onward until acting upon something, no?
 
  • #4
>there's no conserved probability density for any individual photon.

This is helpful, thank you

>Instead, you have to think about a photon as the quantum of the electromagnetic field.
 

1. What are gamma and X-ray wavelength photons?

Gamma and X-ray wavelength photons are types of electromagnetic radiation that have very short wavelengths and high frequencies. They are part of the electromagnetic spectrum, which also includes visible light, radio waves, and microwaves.

2. How are gamma and X-ray wavelength photons different from other types of radiation?

Gamma and X-ray wavelength photons have shorter wavelengths and higher frequencies than other types of radiation. This makes them more energetic and able to penetrate through materials like skin and metal. They are also produced by different processes, such as radioactive decay and high-energy collisions.

3. Can gamma and X-ray wavelength photons be described as "collapse able wave fx's"?

Yes, gamma and X-ray wavelength photons can be described as "collapse able wave fx's" or "collapseable waves." This refers to their ability to behave as both waves and particles, as described by quantum mechanics. They can exist as a wave and then "collapse" into a particle when observed or interacted with.

4. What are some practical applications of gamma and X-ray wavelength photons?

Gamma and X-ray wavelength photons have many practical applications in various fields, including medicine, industry, and research. They are used in medical imaging techniques such as X-rays and CT scans, as well as in cancer treatments. They are also used in industrial processes, such as sterilization and material testing, and in scientific research to study the structure of atoms and molecules.

5. Are gamma and X-ray wavelength photons harmful to humans?

Yes, gamma and X-ray wavelength photons can be harmful to humans if exposed to high levels for extended periods. They have enough energy to damage cells and DNA, leading to health problems such as radiation sickness and an increased risk of cancer. However, they are also used in controlled and regulated settings, such as medical procedures, where the benefits outweigh the potential risks.

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