Revolutionizing Space Travel with a Thorium-Hydrogen Solid-State Battery for Electric Propulsion

Introduction

This morning, I conceptualised an idea that has the potential to revolutionise space exploration by merging the capabilities of a thorium-based mini nuclear reactor with advanced battery technology.

The proposed thorium-hydrogen solid-state battery, enhanced with copper, gold, and aluminium, and integrated with a localised AI model, aims to create a powerful and efficient propulsion system for spacecraft. Here’s an in-depth look at how this innovative energy source could transform electric propulsion in space.

The Concept: Thorium-Hydrogen Solid-State Battery

The foundation of this concept is a thorium-based mini nuclear reaction. Thorium-232 undergoes neutron bombardment, converting into uranium-233, and the resulting fission releases significant energy, providing a continuous and reliable energy source crucial for long-duration space missions.

To address safety concerns, the thorium fuel would be encapsulated in a high-integrity containment vessel with advanced radiation shielding, ensuring safe handling and minimal radiation exposure.