Space Ray is a next-generation energy system that converts planetary radiation belts into a sustainable energy source for deep space.

Key Idea:
Space Ray utilizes the enormous energy density of the Earth and Jupiter's radiation belts. Magnetospheres act as natural particle accelerators, accumulating energy in concentrations tens of times higher than solar radiation.

How it works:
Specialized probes equipped with magnetic collectors capture high-energy particles and convert them into electricity.
The energy is transmitted wirelessly via laser beams to spacecraft, stations, and planetary bases over vast distances.
This eliminates the need for massive fuel reserves, enabling truly autonomous, long-term missions.

Phased development:

Earth-Moon system:
A network of probes in the Van Allen belts (approximately 200 m² each) could generate 4-6 MW—enough to power a lunar base, orbital stations, and support on-site manufacturing. Compared to solar panels, this requires 70-200 times less surface area.

Mars-Jupiter system:

Jupiter's magnetosphere—20,000 times more powerful than Earth's—is becoming a power center. Relays will transmit 18-20 MW to support Martian colonies and missions to Europa and Ganymede.

Beyond power generation:
The same laser systems could be used for planetary defense—destroying space debris and deflecting asteroids.

Space Ray is more than just a power source; it is an infrastructural paradigm shift. This turns a critical hazard into a strategic asset, opening the way to sustainable exploration and a true interplanetary economy.