| 1. | In general, transverse waves occur as a pair of orthogonal polarizations.
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| 2. | Any two antipodal points on the Poincar?sphere refer to orthogonal polarization states.
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| 3. | It has two orthogonal polarization components with comparable intensity.
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| 4. | For an ideal polarizing beamsplitter these would be fully polarized, with orthogonal polarizations.
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| 5. | It is similarly additive for orthogonal polarizations.
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| 6. | An Ortho Mode Transducer, OMT for short, is a waveguide component that is designed to separate orthogonal polarizations.
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| 7. | Moreover, one can use as basis functions " any " pair of orthogonal polarization states, not just linear polarizations.
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| 8. | Such a vector soliton is novel in that the intensity difference between the two orthogonal polarizations is extremely large ( 20 dB ).
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| 9. | If a strong soliton is formed along one principal polarization axis, then a weak soliton will be induced along the orthogonal polarization axis.
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| 10. | In this case, the fundamental mode has two orthogonal polarizations ( orientations of the electric field ) that travel at the same degenerate ).
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