| 1. | In this limit, the invariant scattering amplitude is still constant.
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| 2. | The BCFW recursion method is a way of calculating scattering amplitudes.
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| 3. | In particular, one can calculate the scattering amplitudes from these quantities.
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| 4. | In this case, the function is the scattering amplitude.
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| 5. | Scattering amplitudes may be calculated from this Hamiltonian in the interaction picture.
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| 6. | They also construct an action of the associated Yangian on scattering amplitudes.
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| 7. | Where is some function of the angular coordinates known as the scattering amplitude.
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| 8. | The scattering amplitudes were derived systematically from the action principle by Virasoro conditions.
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| 9. | Since the interaction is nuclear, each isotope has a different scattering amplitude.
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| 10. | The dimension of the scattering amplitude is length.
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