02:43 Begin here!
02:44 Wavefunction Ψ of n(x) = 1, n(y) = 1 (ground state)
03:20 Probability density Ψ*Ψ of n(x) = 1, n(y) = 1 (ground state)
04:00 Wavefunction Ψ of n(x) = 1, n(y) = 2
04:32 Probability density Ψ*Ψ of n(x) = 1, n(y) = 2
05:02 Wavefunction Ψ of n(x) = 2, n(y) = 2
05:29 Wavefunction Ψ of n(x) = 2, n(y) = 3
06:06 Probability density Ψ*Ψ of n(x) = 2, n(y) = 3
06:41 Wavefunction Ψ of n(x) = 3, n(y) = 3
07:11 Probability density Ψ*Ψ of n(x) = 3, n(y) = 3
07:35 Wavefunction Ψ of n(x) = 2, n(y) = 4
08:07 Probability density Ψ*Ψ of n(x) = 2, n(y) = 4
08:32 Wavefunction Ψ of n(x) = 4, n(y) = 4
08:59 Wavefunction Ψ of n(x) = 6, n(y) = 6
09:28 Probability density Ψ*Ψ of n(x) = 4, n(y) = 4
10:01 Wavefunction Ψ of n(x) = 6, n(y) = 6 (different view)

Excel graphs of the wavefunctions for the quantum 2D particle in a box problem, as well as graphs of the probability densities for those functions.

See a derivation of the wavefunctions here: [ Ссылка ]

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