If electrons are collectively compressed into a very small volume (e.g.,within the core of a dying white dwarf star)where quantum mechanical considerations become important in preventing one electron from occupying space near a second electron (Pauli exclusion principle),what is the result?

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The Pauli exclusion principle states that no two electrons can occupy the same quantum state simultaneously. As the electrons are compressed into a very small volume, they are forced into higher and higher energy levels until they reach a point where adding more electrons requires a significant increase in energy. This leads to an increase in pressure, known as electron degeneracy pressure. The electrons resist further compression, and this pressure helps to support the core of the white dwarf star against gravitational collapse.

If Electrons Are Collectively Compressed into a Very Small Volume