The radial-measure simplex conjecture

Let μ\mu be a radially symmetric measure on the ambient Euclidean space with positive density ρ(r)\rho(r) that is monotone decreasing in the radius. Let B0(r)B_0(r) be the ball of radius rr centered at the origin, and let SS range over simplices containing this ball. The radial-measure simplex conjecture. The value μ(S)\mu(S) is minimized at the regular simplex with inscribed ball B0(r)B_0(r). This is proposed as a stronger version of the Gaussian simplex measure conjecture and is left open in the paper.

Sources & referencesView supporting material

Primary source

Alexey Balitskiy, Roman Karasev and Alexander Tsigler, “Optimality of codes with respect to error probability in Gaussian noise”, arXiv:1701.07986 (2017).

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