Squeezed bath modes suppress quantum transmission across normal-form bottlenecks by growing bath action and depleting reactive energy, consistent with classical symplectic width constraints.
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Symplectic Constraints in Quantum Reaction Dynamics: Squeezed-State Suppression and Candidate Width Scales
Squeezed bath modes suppress quantum transmission across normal-form bottlenecks by growing bath action and depleting reactive energy, consistent with classical symplectic width constraints.