2020
DOI: 10.1093/imrn/rnaa084
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An Isoperimetric-Type Inequality for Spacelike Submanifold in the Minkowski Space

Abstract: We prove an isoperimetric-type inequality for maximal, spacelike submanifold in the Minkowski space. The argument is based on the recent work of Brendle.

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“…where C(Σ) is the region between Σ and a × S and ϕ is the function which gives equality on the coordinate slices. We also mention the work of Tsai-Wang [56] in 2020 which established an isoperimetric-type inequality for maximal, spacelike submanifolds in Minkowski space. With a slightly different perspective, Graf-Sormani in [28] have recently improved on Truede-Grant [55] by establishing upper bounds on the Lorentzian area and volumes of slices of the time-separation function from a Cauchy hypersurface in terms of its mean curvature.…”
Section: Introductionmentioning
confidence: 99%
“…where C(Σ) is the region between Σ and a × S and ϕ is the function which gives equality on the coordinate slices. We also mention the work of Tsai-Wang [56] in 2020 which established an isoperimetric-type inequality for maximal, spacelike submanifolds in Minkowski space. With a slightly different perspective, Graf-Sormani in [28] have recently improved on Truede-Grant [55] by establishing upper bounds on the Lorentzian area and volumes of slices of the time-separation function from a Cauchy hypersurface in terms of its mean curvature.…”
Section: Introductionmentioning
confidence: 99%