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In quantum mechanics, eigenspinors are thought of as basis vectors representing the general spin state of a particle. Strictly speaking, they are not vectors at all, but in fact spinors. For a single spin 1/2 particle, they can be defined as the eigenvectors of the Pauli matrices.

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  • Eigenspinor (de)
  • Eigenspinor (en)
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  • Eigenspinoren stellen in der Quantenmechanik die Basisvektoren dar, die den Spin-Zustand eines Teilchens beschreiben. Für ein einzelnes Spin-1/2-Teilchen können sie als die Eigenvektoren der Pauli-Matrizen betrachtet werden. In Termen der Physik zählen Eigenspinoren nicht zu Vektoren, sondern zu den Spinoren. Sie bilden ein vollständiges Orthonormalsystem. (de)
  • In quantum mechanics, eigenspinors are thought of as basis vectors representing the general spin state of a particle. Strictly speaking, they are not vectors at all, but in fact spinors. For a single spin 1/2 particle, they can be defined as the eigenvectors of the Pauli matrices. (en)
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  • Eigenspinoren stellen in der Quantenmechanik die Basisvektoren dar, die den Spin-Zustand eines Teilchens beschreiben. Für ein einzelnes Spin-1/2-Teilchen können sie als die Eigenvektoren der Pauli-Matrizen betrachtet werden. In Termen der Physik zählen Eigenspinoren nicht zu Vektoren, sondern zu den Spinoren. Sie bilden ein vollständiges Orthonormalsystem. (de)
  • In quantum mechanics, eigenspinors are thought of as basis vectors representing the general spin state of a particle. Strictly speaking, they are not vectors at all, but in fact spinors. For a single spin 1/2 particle, they can be defined as the eigenvectors of the Pauli matrices. (en)
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