Scribble Comic

Today’s Thought: February 13, 2022 9:46 pm. Love you.

Making any pole (known in this time period) repellent material, constructing it in such a way as to be deployable and retractable for space ships. Must also interact with atoms and molecule-R’s that can pass through up to maximum speed metrics.

Hi.

Use a pyrolytic carbon dual layered hexagonal patterned, with rotations for the ships outer shape in pentagonal placements determined by the a.i. that renders these for any shape input within a grid (lololoL:x.y.z.t.) of pixels as a numbered face and join sets (Dictionary or database depending on size.) so that when traversing through the drastic temperature changed of material up to speed the material may and will flex in opposite directions of other materials due to their negative thermal coefficient, and since travel is heat as determined by gravities so far as I can see—it’ll expand when it freezes, and shrink from heat interaction, and if not ruined beyond a useable bond set then change state back again just due to the nature of the carbon atoms used.

The next part is interacting with atoms that don’t get repelled by a magnetic field. So we need to build channels to either deflect those materials behind the pco or let them travel into the shielding through positional twisting into or from a chiridal turn at the intersection–a bit for collection and sorting at low speeds while closing off up to speed so that they do not force gravitational drag on the ship outside of the known atomic quantum drag of each atom known in the build. Enough shelled layers of pco that can be heated from a control system and you can build it to store at an interactable temperature then when deployed in stages before increased speed is accelerated to you can prep the ship for travel as well as collect free space material as you want by warming it and sending it out relative to the negative thermal coefficient of the material. Just adjust your acceleration rate to your needs until you want to be up to speed.

I’ve left this next part blank because I would love your input. I have an answer ready but want to see what sort of page we’re on. Much pleasure.

-J,