Matter waves of various particles - do they interact?

In summary, the conversation is discussing whether or not the matter waves of a photon and an electron can interact with each other. It is suggested that if two pairs of double slits are brought closer together, the interference pattern between the photon and electron may be modified, indicating an interaction between their matter waves. Additionally, the question is posed if it is possible to prepare a particle that cannot be described by a wave function.
  • #1
San K
911
1
this has been asked by someone before, though, but, i think, never got answered

can the matter waves of, say, a photon, interact with the matter waves of, say, an electron?

matter waves = de Broglie waves


lets say we have two pairs of double slits...a photons is sent through one pair and an electron is sent through the other

the pairs (of double slits) are now brought closer ...till the right slit of the photon and the left slit of the electron are within the wavelength of photon/electron...

would we observe an interference pattern indicating some sort of interference between the photon-matterwave and the electron-matterwave?
 
Last edited:
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  • #2
Can you prepare any particle which cannot described by a wave function?
They can interact, and might modify your interference pattern.
 

1. What are matter waves of various particles?

Matter waves refer to the wave-like behavior exhibited by particles, such as electrons, protons, and atoms. These particles have both particle-like properties, such as mass and charge, and wave-like properties, such as wavelength and frequency.

2. How do matter waves of various particles interact?

Matter waves of various particles can interact through a phenomenon called wave-particle duality. This means that particles can behave as waves and interact with each other, similar to how waves in the ocean can interact with each other.

3. Can matter waves of different particles interfere with each other?

Yes, matter waves of different particles can interfere with each other. This is because they are both waves and can exhibit interference patterns when they overlap. This interference can be constructive, where the waves reinforce each other, or destructive, where they cancel each other out.

4. What factors affect the interactions between matter waves of various particles?

The interactions between matter waves of various particles can be affected by several factors, including the wavelength and frequency of the waves, the mass and energy of the particles, and the distance between the particles.

5. How do scientists study the interactions between matter waves of various particles?

Scientists use various experimental techniques, such as diffraction and interference experiments, to study the interactions between matter waves of various particles. These experiments allow them to observe the wave-like behavior of particles and understand how they interact with each other.

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