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CassiopeiaA
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I was reading Feynman Diagrams and stumbled upon this query: If the electrons and protons interact by exchange of photons, does the electron inside an atoms also interact with the nucleus with a similar kind of exchange?
The exchange of photons inside atoms occurs when an atom releases or absorbs a photon, which is an elementary particle of light. This process is also known as emission or absorption of light.
Photons interact with atoms through the electromagnetic force. This force causes charged particles, such as electrons, to be attracted or repelled by other charged particles, including photons.
The exchange of photons inside atoms serves to transfer energy between atoms and allows for the emission and absorption of light. This process is essential for many natural phenomena, including photosynthesis and vision.
Yes, atoms can exchange photons with each other through a process called scattering. This occurs when a photon interacts with an atom and is then re-emitted in a different direction, changing its path and energy.
The properties of photons, such as their frequency and energy, determine how they will interact with atoms. For example, photons with higher energies can cause electrons to move to higher energy levels within an atom, while lower energy photons may be absorbed or scattered by the atom.