层量子化与有理拉格朗日浸入的相交
Sheaf quantization and intersection of rational Lagrangian immersions
AI总结:
本研究基于层的微局部理论,构造有理拉格朗日浸入的层量子化并探究其Tamarkin范畴性质,通过纯层论方法得到位移能量显式界及浸入与其哈密顿像交点数的相关估计。
摘要:
我们基于层的微局部理论,研究余切丛中的有理拉格朗日浸入。我们构造了有理拉格朗日浸入的层量子化,并探究其在Tamarkin范畴中的性质。利用层量子化,我们通过纯层论方法,给出了位移能量的显式界,以及该浸入与其哈密顿像的交点数的Betti/上积长度估计。
英文摘要:
We study rational Lagrangian immersions in a cotangent bundle, based on the microlocal theory of sheaves. We construct a sheaf quantization of a rational Lagrangian immersion and investigate its properties in Tamarkin category. Using the sheaf quantization, we give an explicit bound for the displacement energy and a Betti/cup-length estimate for the number of the intersection points of the immersion and its Hamiltonian image by a purely sheaf-theoretic method.
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。