| 1. | Orbital angular momentum is one of two forms of angular momentum of light.
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| 2. | But unlike orbital angular momentum the eigenvectors are not spherical harmonics.
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| 3. | Laguerre-Gaussian beams also possess a well-defined orbital angular momentum that can rotate particles.
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| 4. | In this sense, orbital angular momentum has the common sense properties of rotations.
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| 5. | The operator, specifically called the " orbital angular momentum operator ".
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| 6. | About 60 % of the total is the orbital angular momentum of Jupiter.
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| 7. | Photons in a hypergeometric-Gaussian beam have an orbital angular momentum of " m' ".
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| 8. | Here L is the total orbital angular momentum quantum number.
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| 9. | For mesons, the parity is related to the orbital angular momentum by the relation:
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| 10. | Spin angular momentum of circularly polarized light can be converted into orbital angular momentum.
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