Quantum flights

TL;DR

This paper explores quantum propulsion using Casimir platforms, suggesting that properly arranged nanostructures can generate significant thrust, potentially capable of moving large objects like the Cheops pyramid.

Contribution

It introduces a novel concept of quantum propulsion based on Casimir effects and discusses optimal configurations for generating measurable thrust.

Findings

Quantum propulsion can be achieved with Casimir platforms.

Optimal geometric arrangements are crucial for effective thrust.

Large-scale platforms could produce substantial movement, e.g., moving a pyramid.

Abstract

The principles of quantum motors based on Casimir platforms (thin-film nanostructures are at issue) are discussed in plain language. The generation of quantum propulsion is caused by the noncompensated integral action of virtual photon momenta upon a configuration unit cell in the platform. The cells in a Casimir platform should be situated in a certain order with optimal geometric parameters. The evaluation of the quantum propulsion shows that, for example, ten square meters of ideal Casimir platforms (it is a complex single-layer structure) could make Cheops pyramid move!