The Global Attractor Conjecture for detailed balanced reaction systems

Consider a reversible reaction system and a detailed balanced equilibrium, meaning an equilibrium satisfying detailed balance for every reversible reaction. A trajectory is a solution of the corresponding mass-action dynamical system, and its initial concentrations are strictly positive when every concentration is positive. Global Attractor Conjecture. If the reaction system has a detailed balanced equilibrium, then every trajectory starting from strictly positive initial concentrations reaches it in the limit. The conjecture seeks a global convergence theorem for detailed balanced mass-action systems: the equilibria are known to be local attractors, but the asserted convergence of every positive trajectory remains open and is described in the source as a fundamental open question.

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Primary source

Ezra Miller, “Theory and applications of lattice point methods for binomial ideals”, arXiv:1009.2823 (2010).

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