TL;DR
This paper applies Effective Field Theory techniques to compute the Casimir torque on cylindrical gears, providing analytical results for energy and torque variations with angle, including complex gear configurations.
Contribution
It introduces a novel EFT-based approach to calculate Casimir torque on cylindrical gears, extending previous methods to more complex geometries.
Findings
Derived expressions for Casimir energy and torque as functions of gear angle.
Analyzed torque behavior for gears with multiple cogs and concentric configurations.
Provided analytical tools for future design of nanoscale mechanical systems.
Abstract
We utilize Effective Field Theory(EFT) techniques to calculate the casimir torque on a cylindrical gear in the presence of a polarizable but neutral object. We present results for the energy and torque as a function of angle for a gear with multiple cogs, as well as for the case of a concentric cylindrical gear.
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