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Stability estimates for star bodies in terms of their intersection bodies
Let \({\mathcal S}_c\) denote the class of star bodies in \(\mathbb{R}^d\) which are centrally symmetric with respect to the origin. The intersection body \(IK\) of \(K\in{\mathcal S}_c\) is the star body with radial function given by \(\rho_{IK} (u)=V_{d-1} (K\cap u^\perp)\) for unit vectors \(u\) (here \(V_{d-1}\) is the \((d-1)\)-dimensional volume).
Stefano Campi
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Acta Mathematica Scientia, 2022
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Youjiang Lin, Yuchi Wu
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zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Youjiang Lin, Yuchi Wu
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The Orlicz–Lorentz centroid inequality for star bodies*
Monatshefte Fur Mathematik, 2022The paper is inspired by the work [\textit{V. H. Nguyen}, Adv. Appl. Math. 92, 99--121 (2018; Zbl 1380.52011)] on Orlicz-Lorentz centroid bodies. The author extends the Orlicz-Lorentz Busemann-Petty centroid inequality for convex bodies due to Nguyen to the more general case of star bodies.
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Metrics in the family of star bodies
Advances in Geometry, 2013Abstract In this paper we consider different ways of introducing metrics in the family of star bodies. We begin with basic properties of metrics commonly used. Then we use selectors (see Definition 4.1) to extend the radial metric (see Definition 3.2) over the class of all star bodies in n-dimensional euclidean space. This way we obtain
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Radial continuous rotation invariant valuations on star bodies
We characterize the positive radial continuous and rotation invariant valuations V defined on the star bodies of Rn as the applications on star bodies which admit an integral representation with respect to the Lebesgue measure. That is,V(K)=∫Sn−1θ(ρK)dm,
Ignacio Villanueva
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Radial continuous valuations on star bodies
We show that a radial continuous valuation defined on the n-dimensional star bodies extends uniquely to a continuous valuation on the n-dimensional bounded star sets.
Pedro Tradacete, Ignacio Villanueva
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L p -mixed intersection bodies and star duality [PDF]
The paper extends the two notions of the dual mixed volumes and L p-intersection body to q-dual mixed volumes and L p-mixed intersection body, respectively. Inequalities for the star dual of L p-mixed intersection bodies are established. © Indian Academy
Wing-Sum Cheung +2 more
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Star Bodies and Diophantine Approximation
Journal of the London Mathematical Society, 1991Let \(F\) be the distance function of a star body \(S=\{x\in\mathbb{R}^ n: F(x)\max\{\beta_ i\}=\beta\)). The exact value is then \(\dim W=n- 1+2\beta/(\tau+\beta)\). As the author remarks, the ideas of the proof can be applied to extend related earlier work on rational Diophantine approximation [see e.g. \textit{Yu Kunrui}, J. Lond. Math.
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Looking for Selectors of Star Bodies
Geometriae Dedicata, 2000Following the line of previous papers, the author studies the possibilities of choosing ``good'' points inside a convex body or a star set. More precisely, let \({\mathcal F}\) be a family of star sets in \(\mathbb{R}^n\), a function \(s:{\mathcal F}\to \mathbb{R}^n\) is a selector for \({\mathcal F}\) if \(s(A)\in \text{ker} A\), where \(\text{ker} A\)
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Star Bodies/Freak Bodies/Women's Bodies
Media International Australia, 2008An exploration of the contexts surrounding images of female celebrities in Australian weekly women's magazines complicates any simple cause-and-effect relationship between women's behaviour and celebrity glamour by revealing parallels between the construction of star personae and the discourses surrounding the display of sideshow ‘freaks’.
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