Hamiltonian displacement of bidisks inside cylinders

TL;DR

This paper estimates the minimal energy required for Hamiltonian isotopies to displace a bidisk within a cylindrical symplectic manifold, contributing to symplectic topology understanding.

Contribution

It provides new bounds on Hamiltonian displacement energy for bidisks inside cylinders, advancing knowledge in symplectic displacement problems.

Findings

Derived explicit energy bounds for bidisk displacement

Enhanced understanding of symplectic embedding constraints

Established methods applicable to similar displacement problems

Abstract

We estimate the Hamiltonian displacement energy of a bidisk inside a cylinder.