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The structure is composed of multiple chambers, the reactor chamber in the center, the reactor chamber is layered with an iridium embedded with High-Temperature Alloys to endure high levels of radiation, with Azurite coated on top of the Iridium layers to absorb the energy. The Azurite also provides a means of capturing excess energy, the energy being transferred to another local point in the generator using a process of chemical conduction. The gathered energy would be absorbed into a secondary absorbent layer, the energy is then directed in a flow grid, transferring to an energy conversion unit to conduct the energy levels to a safer level ensure it doesn't overload, supplying the pressurizer and the turbines. Excess energy moves on to the
internal power cache, where it goes to assist in powering the magnetic shielding in the core.

These containers are a vital function to the catalyst reactor, as the Azurite inside them provides a safer and easier way of protecting the internal components from exterior sources - disallowing damage to the core. It allows for direct implantation to the very center of the reactor, channeling the energy and plasma to one focused point.


Fusion reactions occur within the main chamber, the source being alien Powercells - as previous tests conducted, they can act as a sturdy catalyst and powersource provided if it done in the right conditions. Magnetic Superconductors are also made use of, to ensure the energy flow is easily manipulated in the main powerlines.

The outputted particle transfers are carefully guided along the control rods to another chamber, where the atom 'cracking' process happens, generating masses of amount of energy for transfer, the energy is then split down a main power grid, transferring to a containment unit, to distribute the output safely, feeding it through multiple channels.

Some issues with the studies involve: Overheating issues in the excess energy produced - the excess energy is also used to assist in keeping the device powered, circling back to the main core.

Resources: Materials involved are extremely expensive and some of it rare.

The catalyst: Two powercells. A depleted one, used as a depleted material, and an active cell, using the other one as a fusion source, as it's depleted state has a more unstable isotope structure, enabling it to act as a catalyst.
The cells are almost unpredictable, rare, and can pose a risk from side effects.

A secondary catalyst that was proposed was neutronic protocells, but it would be less efficient than using the powercells.

Size: The structure takes up a very large amount of space.

Time: Getting the components constructed takes a long time, especially if it's required to be in a certain complex shape.