Equilibrium


On Earth in its current form, equilibrium is a state in which life is sustained within the confines of heat, light, and radiation from the sun. This is achieved (partially) through the cyclical reprocessing of all available elements.


The nine concepts of equilibrium describe the parameters which must be conformed to in order to achieve an equilibrium state of existence. These parameters are: “the environment is you,” planetary albedo, energy returned on energy invested (EROEI), precision, biomimicry, “physical vs. non-physical energy” (i.e. satanic vs. divine energy), self-sufficiency/decentralization, posterity (i.e. time perspective/regard for the future), and cradle-to-cradle/loop-completion.


The physical goals of equilibrium describe what should result from working towards equilibrium. These goals also help to keep our efforts grounded, selfless, and focused. The physical goals of equilibrium include sustainably generating and using an abundance of the following:

-Carbon-neutral fuels

-Fertile soil

-Clean water

-Plant and animal life which exists interdependently (e.g. in the food web)

-Permanent structures for human habitation and self-sustenance activities (such as agriculture)

-Useful tools and materials for human self-sustenance

-Proper reuse and recycling of “all” physical material and energy


Additionally, equilibrium efforts should have the goals of building new land (via soil and stone), steadily increasing the amount of plant life the planet can support, and establishing and supporting a genetically fit and pure human populace. “Very” long-term goals, well beyond the lifetime of anyone presently alive, include making planet Earth capable of supporting life independently of the sun, and moving the planet away from the sun before it expires.


Finally, the technologies of equilibrium describe the means which must be employed in order to achieve both the goals of and the state known as equilibrium. The technologies have been categorized as follows: 1. Air Pressure 2. Hydrocarbons 3. Hydrogen 4. Cavitation 5. Shape Memory Alloys 6. Resonance 7A. Sustenance 7B. Supplemental (i.e. Water-based, Solar, and Wind technologies)