Results 1 to 10 of about 116 (108)
The Brunn-Minkowski Inequality [PDF]
Bulletin of the American Mathematical Society, 2002 This is a basic and high quality survey on the subject related to the isoperimetric inequality. As the author writes: ``This guide explains the relationship between Brunn-Minkowski inequality (B-M-I) and other inequalities in geometry and analysis, and some applications.'' This work can be considered as the up-to-date version of the excellent survey ...
R J Gardner
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Quantitative Stability for the Brunn–Minkowski Inequality [PDF]
Advances in Mathematics, 2017 We prove a quantitative stability result for the Brunn-Minkowski inequality: if $|A|=|B|=1$, $t \in [τ,1-τ]$ with $τ>0$, and $|tA+(1-t)B|^{1/n}\leq 1+δ$ for some small $δ$, then, up to a translation, both $A$ and $B$ are quantitatively close (in terms of $δ$) to a convex set $K$.
David Jerison, Alessio Figalli
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The Brunn–Minkowski Inequality for Volume Differences
Advances in Applied Mathematics, 2004 Suppose that \(K\), \(L\), \(D\), \(D'\) are compact domains in \(\mathbb{R}^n\) such that \(D\) and \(D'\) are homothetic and convex and \(D\subset K\), \(D'\subset L\). It is proved (in a more general form) that for the volume \(V\) one has \[ ((V(K+ L)- V(D+ D'))^{1/n}\geq (V(K)- V(D))^{1/n}+ (V(L)- V(D'))^{1/n}.
Gangsong Leng
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Gaussian Brunn-Minkowski Inequalities [PDF]
Transactions of the American Mathematical Society, 2010 This paper focuses on two fundamental ingredients of mathematics: Gauss measure \(\gamma_n\), the most important probability measure in \(\mathbb{R}^n\), and the Brunn-Minkowski inequality, one of the most powerful inequalities in analysis and geometry.
Artem Zvavitch, Richard John Gardner
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The Brunn–Minkowski Inequality, Minkowski's First Inequality, and Their Duals
Journal of Mathematical Analysis and Applications, 2000 Let \(K,L\) be convex bodies in Euclidean space \(\mathbb{E}^n\) with volumes \(V(K)=V(L)=1\), and let \(V_1(K,L)\) denote the mixed volume \(V(K, \dots, K,L)\). Then \[ V(K+L)^{1/n} -2\leq V_1(K,L) -1\leq {1\over n}\bigl(V(K+L)-2^n \bigr). \] These inequalities provide a quantitative improvement of the known equivalence of the Brunn-Minkowski ...
Vassallo, Salvatore Flavio +1 more
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From the Brunn–Minkowski Inequality to a Class of Poincaré-Type Inequalities [PDF]
Communications in Contemporary Mathematics, 2008 We present an argument which leads from the Brunn–Minkowski inequality to a Poincaré-type inequality on the boundary of a convex body K of class [Formula: see text] in Rn. We prove that for every ψ ∈ C1(∂K)[Formula: see text] Here [Formula: see text] denotes the (n - 1)-dimensional Hausdorff measure, νK is the Gauss map of K and DνK is the ...
Andrea Colesanti
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Brunn–Minkowski and Zhang Inequalities for Convolution Bodies
Advances in Mathematics, 2013 A quantitative version of Minkowski sum, extending the definition of $θ$-convolution of convex bodies, is studied to obtain extensions of the Brunn-Minkowski and Zhang inequalities, as well as, other interesting properties on Convex Geometry involving convolution bodies or polar projection bodies. The extension of this new version to more than two sets
Rafael Villa Caro +2 more
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On Dual Brunn-Minkowski Inequalities [PDF]
Mathematical Inequalities & Applications, 2005 On dual Brunn-Minkowski ...
Zhao, Changjian +2 more
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Lp-dual three mixed quermassintegrals
Analele Stiintifice ale Universitatii Ovidius Constanta: Seria Matematica, 2021 In the paper, the concept of Lp-dual three-mixed quermassintegrals is introduced. The formula for the Lp-dual three-mixed quermassintegrals with respect to the p-radial addition is proved. Inequalities of Lp-Minkowski, and Brunn-Minkowski type for the Lp-
Zhao Chang-Jian, Bencze Mihály
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A nonabelian Brunn–Minkowski inequality
Geometric and Functional Analysis, 2023 AbstractHenstock and Macbeath asked in 1953 whether the Brunn–Minkowski inequality can be generalized to nonabelian locally compact groups; questions along the same line were also asked by Hrushovski, McCrudden, and Tao. We obtain here such an inequality and prove that it is sharp for helix-free locally compact groups, which includes real linear ...
Jing, Y, Tran, C-M, Zhang, R
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