A Classical interpretation of the Thomson experiment compared to the modern quantum perspective

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The classical interpretation of electron behavior in Thomson's experiment posits that electrons are particles with well-defined trajectories, influenced by electric and magnetic fields. In contrast, the modern quantum perspective describes electrons as wave-particle dualities, where their behavior is probabilistic rather than deterministic. This shift highlights that electrons do not have precise locations or paths, but exist in a cloud of probabilities. The discussion emphasizes the importance of understanding these foundational concepts in both classical and quantum physics. Ultimately, the comparison reveals significant advancements in our understanding of atomic structure and electron behavior.
PaulinsteinAmarx
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How does the classical interpretation of the electron's behavior in Thomson's experiment compare to the modern quantum perspective?
 
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This sounds like an essay question that you are supposed to write. Is it?
 
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kuruman said:
This sounds like an essay question that you are supposed to write. Is it?
It can be dissertative or however you prefer.
 
PaulinsteinAmarx said:
It can be dissertative or however you prefer.
He was asking you if this question is for schoolwork. Is it?
 
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berkeman said:
He was asking you if this question is for schoolwork. Is it?

It's not for homework. It's a discussion that my college friends and I got into and didn't know how to relate it.
 
Please tell us your thoughts on the question. Thanks.
 
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What specific questions arose in your mind during your discussion with your friends?
What research have you done on the subject?
What do you already know about the Thomson experiment?
How much background do you have in quantum mechanics?
 
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PaulinsteinAmarx said:
How does the classical interpretation of the electron's behavior in Thomson's experiment compare to the modern quantum perspective?
Can you tell us what you mean by the classical interpretation versus the modern quantum perspective? And how that applies to the behavior Thomson observed?
 

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