Question: In this problem we represent the spin eigenfunctions and operators as vectors and matrices. a. The spin eigenfunctions are often represented as the column vectors

In this problem we represent the spin eigenfunctions and operators as vectors and matrices.

a. The spin eigenfunctions are often represented as the column vectors

1 and B = %3D

Show that α and β are orthogonal using this representation.

b. If the spin angular momentum operators are represented by the matrices

ħ(0 1 ħ(1 0 20 -1 -i 2|1 2 i

show that the commutation rule [ŝx ,ŝy] = ihŝz holds.

c. Show that

1 and B = %3D (0 1 (1 0 20 -1 -i

d. Show that α and β are eigenfunctions of ŝz and ŝ2. What are the eigenvalues?

e. Show that α and β are not eigenfunctions of ŝx and ŝy.

1 and B = %3D (0 1 (1 0 20 -1 -i 2|1 2 i

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