S Chen, S Hu, W Liu, Y Zhao - Advances in Mathematics, 2023 - Elsevier
The current work focuses on the Gaussian-Minkowski problem in dimension 2. In particular, we show that if the Gaussian surface area measure is proportional to the spherical …
Let γ n be the standard Gaussian measure on R n. We prove that for every symmetric convex sets K, L in R n and every λ∈(0, 1), γ n (λ K+(1− λ) L) 1 n⩾ λ γ n (K) 1 n+(1− λ) γ n (L) 1 n …
M Fradelizi, D Langharst, M Madiman… - Journal of Mathematical …, 2024 - Elsevier
Abstract The Brunn-Minkowski theory in convex geometry concerns, among other things, the volumes, mixed volumes, and surface area measures of convex bodies. We study …
D Langharst, M Roysdon… - Proceedings of the …, 2022 - Wiley Online Library
The inequalities of Petty and Zhang are affine isoperimetric‐type inequalities providing sharp bounds for Vol nn− 1 (K) Vol n (Π∘ K) \rmVol^n-1_n(K)\rmVol_n(Π^∘K), where Π K …
D Cordero-Erausquin, L Rotem - The Annals of Probability, 2023 - projecteuclid.org
We prove that the (B) conjecture and the Gardner–Zvavitch conjecture are true for all log- concave measures that are rotationally invariant, extending previous results known for …
L Kryvonos, D Langharst - Transactions of the American Mathematical …, 2023 - ams.org
The Brunn-Minkowski Theory has seen several generalizations over the past century. Many of the core ideas have been generalized to measures. With the goal of framing these …
We study several of the recent conjectures in regards to the role of symmetry in the inequalities of Brunn–Minkowski type, such as the L_p L p-Brunn–Minkowski conjecture of …
K Böröczky, P Kalantzopoulos - Transactions of the American Mathematical …, 2022 - ams.org
We prove the log-Brunn-Minkowski conjecture for convex bodies with symmetries to $ n $ independent hyperplanes, and discuss the equality case and the uniqueness of the solution …
We prove that for any semi-norm on and any symmetric convex body in (1) and characterize the equality cases of this new inequality. The above would also follow from the Log-Brunn …