Polarization in high energy vacuum non-linearity?
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You need Quantum Electrodynamics (QED) to understand vacuum polarization. In a nut shell, imagine that the vacuum is filled with virtual electron-positron pairs, and as the high-energy light propagates it interacts with these pairs and they separate creating a polarization-like effect. In some cases, the electrons-positrons may pop into existence and cause scattering the of light field
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The answer of u r question is..✌️✌️
POLARIZATION IN HIGH ENERGY VACUUM NON LINEARITY??????
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In classical optics nonlinearity comes from material feel interaction where the material is a variable change particle model has some kind of spring in quantum mechanics I Oracle modelling it is an interaction with some other fielding lowering Operates.
You need Quantum electrodynamics to understand vacuum polarization in a nutshell imagine that vacuum is filled with virtual electron position please and has the high energy light propagates is interacts with this need Quantum electrodynamics to understand vacuum polarization in a nutshell imagine that vacuum is filled with virtual electron position pairs..
Thank you..⭐️⭐️⭐️⭐️
The answer of u r question is..✌️✌️
POLARIZATION IN HIGH ENERGY VACUUM NON LINEARITY??????
Ans:✍️✍️✍️✍️✍️✍️✍️✍️✍️
In classical optics nonlinearity comes from material feel interaction where the material is a variable change particle model has some kind of spring in quantum mechanics I Oracle modelling it is an interaction with some other fielding lowering Operates.
You need Quantum electrodynamics to understand vacuum polarization in a nutshell imagine that vacuum is filled with virtual electron position please and has the high energy light propagates is interacts with this need Quantum electrodynamics to understand vacuum polarization in a nutshell imagine that vacuum is filled with virtual electron position pairs..
Thank you..⭐️⭐️⭐️⭐️
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