B I wonder about a particle's energy when mass is obtained or lost

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Energy is generated or converted when a particle gains or loses mass, as described by Einstein's formula. The discussion explores the implications of mass changes for atoms and particles, emphasizing that mass loss or gain affects their energy states. A hydrogen atom exemplifies this, having a mass slightly less than the sum of its individual proton and electron masses. The concept of Nuclear Binding Energy is also introduced as relevant to understanding mass changes in atomic structures. Overall, the conversation seeks a deeper understanding of mass changes from the perspective of atomic and particle behavior.
seonjunyoo
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According to Einstein's formula, energy is generated when mass is obtained or lost.

What does losing or gaining mass mean for an atom or particle valence?
It's simply because of the formula I don't want this kind of answer
I want. What does it mean for an atom or particle to lose or gain mass from the perspective of an atom or particle?

Along with What does mass mean for an atom or particle?
If you don't understand the question, I'm sorry. My English is not my first language
 
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The energy is not generated, it is just converted from one type to another.
seonjunyoo said:
What does it mean for an atom or particle to lose or gain mass from the perspective of an atom or particle?
The mass changes. What is unclear?

As an example, a hydrogen atom has a slightly smaller mass than the sum of a proton mass plus an electron mass.
 
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seonjunyoo said:
According to Einstein's formula, energy is generated when mass is obtained or lost.
I don't know if this is what you are referring to, but are you familiar with Nuclear Binding Energy?

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https://en.wikipedia.org/wiki/Nuclear_binding_energy
 
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