Definition 13: Fourth Degree Surface Interaction
Posted: Wed Jul 16, 2025 6:34 pm
Definition 13 A Fourth Degree Surface Interaction includes the beginning of Life.
Unicellular Organisms are the result of Fourth Degree Surface Interactions and include bacteria, archaea, protozoa, algae, fungi, and viruses. They utilize nearby proteins and acids generated in the Third Degree of Surface Interactions to form cell walls, thereby separating and protecting themselves from the Surface. They also form cells that find more specialized ways to interact with Radiation and Gravitation, such as chloroplasts. Energy storage molecules are also developed in Fourth Degree Surface Interactions. Most Fourth Degree Surface Interactions are developed completely within a liquid.
These organisms can develop internal Second Degree Generators to make resources more directly available, or to have control over where the resources are made. They can also become mobile, learning how to hunt for more resources than were available in a stationary position.
Unicellular Organisms are the result of Fourth Degree Surface Interactions and include bacteria, archaea, protozoa, algae, fungi, and viruses. They utilize nearby proteins and acids generated in the Third Degree of Surface Interactions to form cell walls, thereby separating and protecting themselves from the Surface. They also form cells that find more specialized ways to interact with Radiation and Gravitation, such as chloroplasts. Energy storage molecules are also developed in Fourth Degree Surface Interactions. Most Fourth Degree Surface Interactions are developed completely within a liquid.
These organisms can develop internal Second Degree Generators to make resources more directly available, or to have control over where the resources are made. They can also become mobile, learning how to hunt for more resources than were available in a stationary position.