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Find the eigenvalues and the unit-normalized eigenvectors of o în, where o is the Pauli's matrice and în = (sin 0 cos o, sin 0 sin o, cos 0) is a unit vector in arbitrary direction. You can us

Find the eigenvalues and the unit-normalized eigenvectors of o în, where o is the Pauli's matrice and în = (sin 0 cos o, sin 0 sin o, cos 0) is a unit vector in arbitrary direction. You can us

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3. Find the eigenvalues and the unit-normalized eigenvectors of ở · î, where ở is the Pauli's matrices and în = (sin 0 cos o, sin 0 sin o, cos 0) is a unit vector in arbitrary direction. You can use explicit form of Pauli's matrices.
Transcribed Image Text:3. Find the eigenvalues and the unit-normalized eigenvectors of ở · î, where ở is the Pauli's matrices and în = (sin 0 cos o, sin 0 sin o, cos 0) is a unit vector in arbitrary direction. You can use explicit form of Pauli's matrices.
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