The mean first-passage and transition path times of a diffusion-controlled reaction in a nonequilibrium steady state are exactly related to the reactive flux through committor averages, and a work bound constrains flux enhancement.
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A theory for diffusion-controlled reactions within nonequilibrium steady states
The mean first-passage and transition path times of a diffusion-controlled reaction in a nonequilibrium steady state are exactly related to the reactive flux through committor averages, and a work bound constrains flux enhancement.