Existence of closed embedded curves of constant curvature via min-max
Lorenzo Sarnataro, Douglas Stryker
Abstract
Open-access reader
Lorenzo Sarnataro, Douglas Stryker
Abstract
Open-access reader
We find conditions under which Almgren-Pitts min-max for the prescribed geodesic curvature functional in a closed oriented Riemannian surface produces a closed embedded curve of constant curvature. In particular, we find a closed embedded curve of any prescribed constant curvature in any metric on $S^2$ with $1/8$-pinched Gaussian curvature.
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We find conditions under which Almgren-Pitts min-max for the prescribed geodesic curvature functional in a closed oriented Riemannian surface produces a closed embedded curve of constant curvature. In particular, we find a closed embedded curve of any prescribed constant curvature in any metric on $S^2$ with $1/8$-pinched Gaussian curvature.
Key concepts: Gaussian curvature, Curvature, Constant (computer programming), Geodesic, Constant curvature, Mean curvature, Mathematics, Metric (unit)