Lie球上的全纯Laplacian与Penrose变换
Holomorphic Laplacian on the Lie ball and the Penrose transform
AI总结:
本文证明偶数维Lie球上满足Δf=0的全纯函数可由各向同性子空间Grassmannian扭曲线丛的Dolbeault上同调的高维Penrose变换唯一得到,并运用代数表示论技巧克服了线丛参数不在“good range”内的困难。
摘要:
我们证明,在偶数维Lie球上满足Δf=0的任意全纯函数f,均可由各向同性子空间Grassmannian某域的扭曲线丛的Dolbeault上同调的高维Penrose变换唯一得到。为克服线丛参数不在“good range”内所致困难,我们运用了代数表示论技巧。
英文摘要:
We prove that any holomorphic function $f$ on the Lie ball of even dimension satisfying $Δf=0$ is obtained uniquely by the higher-dimensional Penrose transform of a Dolbeault cohomology for a twisted line bundle of a certain domain of the Grassmannian of isotropic subspaces. To overcome the difficulties arising from that the line bundle parameter is outside the {\it{good range}}, we use some techniques from algebraic representation theory.
机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。