Existence of closed non-planar p-elasticae
Florian Gruen
Abstract
We prove existence of closed non-planar p-elasticae for general exponents p∈ (1,∞). In particular, we show that for any p ∈ (1,∞), there exists a countable family of non-planar p-elasticae, which are realized as torus knots. This generalizes well-known results of Langer--Singer for the quadratic case p=2 to general exponents p∈ (1,∞).
Create a lesson
Related papers
On the cut locus of Hamilton--Jacobi equations I: structure and propagation via the touching approach
Piermarco Cannarsa, Wei Cheng, Jiahui Hong \and Wenxue Wei
Global Well-posedness and Asymptotic Analysis of a Damped Nonlinear Wave Equation with a Codimension-One Constraint
Harsh Tiwari, Manil T. Mohan
Global smooth behavior in Kuznetsov and Westervelt type viscous wave equations: A unifying approach covering W1,q-small initial data
Tahir Boudjeriou, Michael Winkler
Maximizing the fundamental Laplace--Neumann eigenvalue on quadrilaterals
Ryoki Endo, Braxton Osting
Sharp convergence rates for the vanishing discount problem with hyperbolic Aubry sets
Panrui Ni
Divergence-Free Approximation in Sobolev and Lebesgue Spaces on General Unbounded Domains with Applications to Energy Equality in Fluid Dynamics
Akram Khan, Sagar Gautam, Manil T. Mohan