
Abstract For every large enough $n$, we explicitly construct a body of constant width $2$ that has volume less than $0.9^{n} \textrm{Vol}(\mathbb{B}^{n}$), where ${{\mathbb{B}}}^{n}$ is the unit ball in $\mathbb{R}^{n}$. This answers a question of O. Schramm.
volume of intersection of balls, Mathematics - Metric Geometry, FOS: Mathematics, Metric Geometry (math.MG), [MATH.MATH-MG] Mathematics [math]/Metric Geometry [math.MG], 52A20, 52A40, 28A75, 49Q20, Bodies of constant width
volume of intersection of balls, Mathematics - Metric Geometry, FOS: Mathematics, Metric Geometry (math.MG), [MATH.MATH-MG] Mathematics [math]/Metric Geometry [math.MG], 52A20, 52A40, 28A75, 49Q20, Bodies of constant width
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