Zev Woodstock

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Multistationary chemical networks are a subject of interest to scientists and mathematicians alike. While some criteria for multistationarity have been given, explicitly solving for these rates and concentrations is nontrivial. We use an existence proof to describe a method that allows us to find multiple steady states of a system given that satisfies the(More)
Violations of the second law of thermodynamics often occur unde-tected in chemical reaction networks, leading to inaccuracy of the model. Beard et al. have given necessary and sucient conditions for determining thermodynamic feasibility of flux vectors based on cycles of an oriented matroid derived from a reaction network's stoichiometric matrix. Their(More)
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