Abstract
The Franck-Condon principle governing molecular electronic transitions is
utilized to study heavy-quark hadron decays. This provides a direct assessment
of the wavefunction of the parent hadron if the momentum distribution of the
open-flavor decay products is measured. Model-independent results include an
experimental distinction between quarkonium and exotica (hybrids,
tetraquarks...), an off-plane correlator signature for tetraquarks and a direct
probe of the sea quark orbital wavefunction relevant in the discussion of 3S\_1
or 3P\_0 decay mechanisms.
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