Regeneration

Regeneration is a technology that restores damaged matter to its original form.

Overview
When damaged, matter loses chemical bonds between molecules which breaks the integrity of said matter and then destroys an object as well. Regeneration allows one to restore any damaged bonds.

The Homelanders use nanotechnology to address and fix this problem as soon as it occurs. Miniature robots, powered up by SSP and carrying enough raw material, can fix damage in both organic and non-organic tissues.

Energy from SSP and raw material, which contains the same material a damaged object was made of, along with properly programmed nanobots render repairs obsolete. This type of regeneration takes a lot less time, resources and efforts to fix an object.

Organic regeneration
Each Homelander has a certain amount of nanobots, powered by SSP and circulated through the tissues of their bodies. Whenever damage occurs, the CPU activates an emergency regeneration protocol. The nanobots move to the damaged area, preparing to fix it.

A Homelander then should consume the required material, which will be transferred to the damaged area. Once the nanobots have enough raw material, they will fix the damage and restore chemical bonds using SSP energy.

Non-organic regeneration
A similar method is used to fix non-organic objects. For example, when a house of a Homelander undergoes some damage, the Homelander scans the damaged area and presses a hoof against it. If there is no raw material available, a Homelander uses planetary programming first to get it.

After that, given enough energy and material, some of the nanobots move from the hoof that is pressed against the object to this object itself. Then they fix it in a way similar to the method used for organic regeneration.

Patterns
The CPU is responsible for organic regeneration. It has certain patterns that the nanobots need to use to properly fix a damaged organic area. At the same time, the CPU turns off pain receptors, if they are present in the damaged area. Once fixed, all pain receptors immediately turn on again.

In case of non-organic regeneration, a Homelander should scan the damaged area first. It allows the CPU to make a custom pattern, comparable with this unique type of damage.

Since the non-organic type of damage has an extremely huge amount of shapes and types, and also because scanning takes several seconds at most, nobody uploads this information about non-organic patterns.