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20112014
most citedConservation laws for surfaces of constant mean curvature in 3-dimensional space forms

5 citations · 6 across the 10 of their papers we have counts for

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12 papers · 1 filter

math.DG2014

CMC hierarchy I: Commuting symmetries and loop algebra

Joe S. Wang

We propose an extension of the structure equation for constant mean curvature (CMC) surfaces in a three dimensional Riemannian space form to the associated CMC hierarchy of evoluti…

math.DG2014

CMC hierarchy II: Non-commuting symmetries and affine Kac-Moody algebra

Joe S. Wang

Continuing the previous work, we propose a further extension of the structure equation for a truncated CMC hierarchy by the non-commuting, truncated Virasoro algebra of non-local s…

math.DG2014

An extension of heat hierarchy

Joe S. Wang

We propose a formally completely integrable extension of heat hierarchy based on the space of symmetries isomorphic to the Weyl algebra . The extended heat hierarchy…

math.DG2013

CMC hierarchy

Joe S. Wang

We propose an extension of the differential system for constant mean curvature (CMC) surfaces in a three dimensional space form to an associated hierarchy of evolution equations by…

math.DG2013

Formal Killing fields for minimal Lagrangian surfaces in complex space forms

Joe S. Wang

The differential system for minimal Lagrangian surfaces in a -dimensional, non-flat, complex space form is an elliptic system defined on the bundle of oriented Lagr…

math.DG2013★ 5 cited

Conservation laws for surfaces of constant mean curvature in 3-dimensional space forms

Daniel Fox, Joe S. Wang

The exterior differential system for constant mean curvature (CMC) surfaces in a 3-dimensional space form is an elliptic Monge-Ampere system defined on the unit tangent bundle. We…

math.DG2012

A fourth order family of minimal surfaces in the 3-sphere

Joe S. Wang

This is a preliminary note on a family of minimal surfaces in the 3-sphere defined by a compatible fourth order equation. The minimal surfaces are geometrically characterized eithe…

math.DG2012★ 1 cited

Legendrian Gronwall conjecture

Joe S. Wang

The Gronwall conjecture states that a planar 3-web of foliations which admits more than one distinct linearizations is locally equivalent to an algebraic web. We propose an analogu…

math.DG2011

Maximum rank of a Legendrian web

Joe S. Wang

We propose the Legendrian web in a contact three manifold as a second order generalization of the planar web. An Abelian relation for a Legendrian web is analogously defined as an…

math.DG2011

Degree 3 algebraic minimal surfaces in the 3-sphere

Joe S. Wang

We give a local analytic characterization that a minimal surface in the 3-sphere $\, \ES^3 \subset \R^4$ defined by an irreducible cubic polynomial is one of the Lawson's minimal t…

math.DG2011

Projectively deformable Legendrian surfaces

Joe S. Wang

Consider an immersed Legendrian surface in the five dimensional complex projective space equipped with the standard homogeneous contact structure. We introduce a class of fourth or…

math.DG2011

On Gronwall conjecture

Joe S. Wang

Gronwall conjecture states that a planar 3-web which admits more than one distinct linearization is locally equivalent to an algebraic web. We give a partial answer to the conjectu…