Exactly solvable two-channel bosonic reaction models show that a small chemical-potential asymmetry leads to near-complete asymmetry in the final product distribution, with power-law excitation scaling and two dynamic phase transitions.
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Competing Bosonic Reactions: Insight from Exactly Solvable Time-Dependent Models
Exactly solvable two-channel bosonic reaction models show that a small chemical-potential asymmetry leads to near-complete asymmetry in the final product distribution, with power-law excitation scaling and two dynamic phase transitions.