activity
20052022
most citedNear-Constant Mean Curvature Solutions of the Einstein Constraint Equations with Non-Negative Yamabe Metrics

50 citations · 70 across the 8 of their papers we have counts for

collaborators

10 papers

math.DG2022★ 1 cited

Sobolev-class asymptotically hyperbolic manifolds and the Yamabe problem

Paul T. Allen, John M. Lee, David Maxwell

We consider asymptotically hyperbolic manifolds whose metrics have Sobolev-class regularity, and introduce several technical tools for studying PDEs on such manifolds. Our results…

math.DG2019

Asymptotic gluing of shear-free hyperboloidal initial data sets

Paul T. Allen, James Isenberg, John M. Lee +1

We present a procedure for asymptotic gluing of hyperboloidal initial data sets that preserves the shear-free condition. Our construction is modeled on a previous gluing constructi…

math.DG2015★ 5 cited

The shear-free condition and constant-mean-curvature hyperboloidal initial data

Paul T. Allen, James Isenberg, John M. Lee +1

We consider the Einstein-Maxwell-fluid constraint equations, and make use of the conformal method to construct and parametrize constant-mean-curvature hyperboloidal initial data se…

math.DG2015★ 1 cited

Smoothly compactifiable shear-free hyperboloidal data is dense in the physical topology

Paul T. Allen, Iva Stavrov Allen

We show that any polyhomogeneous asymptotically hyperbolic constant-mean-curvature solution to the vacuum Einstein constraint equations can be approximated, arbitrarily closely in…

math.DG2015

Weakly asymptotically hyperbolic manifolds

Paul T. Allen, James Isenberg, John M. Lee +1

We introduce a class of "weakly asymptotically hyperbolic" geometries whose sectional curvatures tend to and are , but are not necessarily , conformally compact. We…

math.DG2012★ 2 cited

The Dirichlet problem for curve shortening flow

Paul T. Allen, Adam Layne, Katharine Tsukahara

We investigate the evolution of open curves with fixed endpoints under the curve shortening flow, which evolves curves in proportion to their curvature. Using a distance comparison…