# Casimir Wormholes

## TL;DR

This paper investigates the potential of Casimir energy as a source for creating traversable wormholes and examines the implications of quantum energy conditions on their traversability.

## Contribution

It analyzes the feasibility of Casimir energy to generate traversable wormholes and explores the effects of quantum weak energy conditions on their practical traversability.

## Key findings

- Casimir energy can theoretically produce traversable wormholes.
- Quantum weak energy conditions influence wormhole traversability.
- Practical traversability remains unfeasible despite theoretical possibilities.

## Abstract

Casimir energy is always indicated as a potential source to generate a Traversable Wormhole. It is also used to proof the existence of negative energy which can be built in the laboratory. However, in the scientific literature there is no trace of the consequences on the traversable wormhole itself. In this work, we would like to consider such a source to see if and which kind of traversable wormhole can be produced. As a further analysis, we examine also the consequences of Quantum Weak Energy Conditions on the traversability of the wormhole. We find that an agreement with the original Casimir traversable wormhole is found. Nevertheless, despite of the traversability result, one finds once again that the traversability is only in principle but not in practice.