Induced mirror symmetry breaking via template-controlled copolymerization: theoretical insights
Celia Blanco, David Hochberg
TL;DR
This paper presents a theoretical chemical equilibrium model to explain how template-controlled copolymerization can induce mirror symmetry breaking, providing insights into recent experimental desymmetrization studies.
Contribution
It introduces a novel theoretical framework for understanding induced mirror symmetry breaking in template-controlled copolymerization processes.
Findings
The model successfully describes experimental desymmetrization outcomes.
It offers predictions on the conditions favoring symmetry breaking.
Provides a basis for designing new symmetry-breaking copolymerization experiments.
Abstract
A chemical equilibrium model of template-controlled copolymerization is presented for describing the outcome of the experimental induced desymmetrization scenarios recently proposed by Lahav and coworkers.
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