Aíma

Aíma, (Greek: αίμα, from English: Blood) is the designation for a classification of cellular-sized (or approximately cellular-sized) robotic machines which make up the basis of a synthetic "blood" system.



The term "Aímavascularity / Aímavascular" derives from this, Aíma is to Aímavascularity as Cardio is to Cardiovascularity and is another term for the Aíma-based health, fitness or state of a Mendaxvita.

Aíma machines are comprised of two separate elements (non-atomic), both cuboids in shape;

Hydrated polyacrylamide outer-layer.
The polyacrylamide outer-layer is a roughly cuboid object which would substitute blood in a biological system, but for given purposes, is formatted to work with a mechanical body, such as that of a Mendaxvita's system.

The polyacrylamide layer, when hydrated will appear as a mass of gelatinous H2O, this mass would encompass the Aluminium fission reactor located centrally, almost completely.

Central aluminium fission reactor.
Encased within the Hydrated polyacrylamide outer-layer lies the aluminium fission reactor.

When the magnetic lungs deposit a quantity of oxygen in to the reactor through the main gateway (a small position on an Aíma where the polyacrylamide outer-layer does not fully encompass the central reactor), the reactor will begin nuclear fission of the quantity of Oxygen deposited and should produce a new quantity of nuclear energy.

The newly generated nuclear energy would be stored in an internal battery unit and when the Aima comes within an acceptable boundary of the magnetic field (of the brain's energy coil), the cell will release a copper arm from the inside which would feed the energy directly in to the copper coil and give power to the brain.