Theoretical and empirical constraints on the hadron wave function and hadron structure functions are presented. In particular, a new type of low-energy theorem is obtained for the pion wave function from ..pi../sup 0/ ..-->.. ..gamma gamma... Thus the probability of finding the valence vertical bar q anti q > state is obtained. All these constraints allow construction of a possible model that describes hadron wavefunctions, probability amplitudes, and distributions. 3 figures.
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Stanford Linear Accelerator Center, CA (USA)
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California
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Theoretical and empirical constraints on the hadron wave function and hadron structure functions are presented. In particular, a new type of low-energy theorem is obtained for the pion wave function from ..pi../sup 0/ ..-->.. ..gamma gamma... Thus the probability of finding the valence vertical bar q anti q > state is obtained. All these constraints allow construction of a possible model that describes hadron wavefunctions, probability amplitudes, and distributions. 3 figures.
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