Physics, asked by Parassingh5014, 11 months ago

What is non degenerate eigenvalues in quantum mechanics?

Answers

Answered by junmoni15
2

quantum mechanical words if two or more eigen functions correspond to the same eigen value they are said to be degenerate. Here, there is only one state with the energy and is described by a specific eigen function or wave function. Such states are called non-degenerate states.


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Answered by gowthaamps
0

Answer:

The probability of discovering the particle in the specified quantum state is given by the absolute square of the wave function.

If an eigenvalue's eigenspace has one dimension, it is said to be non-degenerate.

Explanation:

In quantum physics, the probability wavefunction, which is dependent on a particular set of quantum coordinates, describes the quantum state of a given system.

Every quantum state has a unique amount of energy.

Its degree of degeneracy, which can be finite or infinite, is the dimension of the eigenspace that corresponds to that eigenvalue.

The value of a measurable quantity connected to the wave function is referred to as an eigenvalue.

Eigenvalues display the system's strength in the direction of the relevant eigenvector.

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