Definition 14: Fifth Degree Surface Interaction
Posted: Wed Jul 16, 2025 6:34 pm
Definition 14 A Fifth Degree Surface Interaction is a collection or grouping of various types of specialized cells that work together to further remove itself from the Surface.
By the Fifth Degree of Surface Interactions, cells have various advanced processes available to them; transport, adhesion, movement, signaling, repair, metabolism, splicing, and even autophagy are available to cells, which can allow for more complex organisms to develop. Most cell development has been within liquid to this point, so those liquid-bound organisms are likely to be the most advanced; for example fish might be quite developed while first fungi and then plants are beginning to break free of the liquid. Plants are certainly another result of the Fifth Degree of Surface Interactions and are crucial for there to be a Sixth Degree of Surface Interactions. While fungi and plants certainly found root in their liquid environment, they are the first life form to truly separate from the liquid Surface. They require enough of the Second Degree of Surface Interactions for a somewhat solid surface to form, and enough of the Third Degree of Surface Interactions for a transitional material with which to escape the liquid.
Highly specialized cell processes begin to form that allow organisms to sense specific Frequencies of Radiation. Some are meant for Frequencies in the Infrared spectrum through touch and feel. Some are meant for other subsets of Frequencies such as for vision or hearing. This is done through advanced storage of those Radiation Frequencies within highly specialized cells. A cross-section of the extended Radiation of a distant star can be captured and held within cells attached to complex systems that are meant to store Radiation. This indicates Gravitation is essential to the storage of Radiation, which might be called Memory in the Fifth Degree of Surface Interactions.
By the Fifth Degree of Surface Interactions, cells have various advanced processes available to them; transport, adhesion, movement, signaling, repair, metabolism, splicing, and even autophagy are available to cells, which can allow for more complex organisms to develop. Most cell development has been within liquid to this point, so those liquid-bound organisms are likely to be the most advanced; for example fish might be quite developed while first fungi and then plants are beginning to break free of the liquid. Plants are certainly another result of the Fifth Degree of Surface Interactions and are crucial for there to be a Sixth Degree of Surface Interactions. While fungi and plants certainly found root in their liquid environment, they are the first life form to truly separate from the liquid Surface. They require enough of the Second Degree of Surface Interactions for a somewhat solid surface to form, and enough of the Third Degree of Surface Interactions for a transitional material with which to escape the liquid.
Highly specialized cell processes begin to form that allow organisms to sense specific Frequencies of Radiation. Some are meant for Frequencies in the Infrared spectrum through touch and feel. Some are meant for other subsets of Frequencies such as for vision or hearing. This is done through advanced storage of those Radiation Frequencies within highly specialized cells. A cross-section of the extended Radiation of a distant star can be captured and held within cells attached to complex systems that are meant to store Radiation. This indicates Gravitation is essential to the storage of Radiation, which might be called Memory in the Fifth Degree of Surface Interactions.