Affinity Flow

The aetherspace, intra-aetherspace, and inter-aetherspace facilitate the flow of electrons from atoms. This is from the 1st Rule of Motion.

This flow action is made up of 2 subactions:

1. Feminization

This is called Oxidation by Physics as a Loss of Electrons, causing a molecule to be feminine or have a void.

For example: neutral sodium ( $\text{v11}$ ) loses an electron to become a sodium ion ( $\text{v11}^+$ ).

2. Masculinization

This is called Reduction by Physics as a gain of electrons, causing a molecule to be masculine or have a plenum.

For example: a neutral chlorine atom ( $\text{v17}$ ) gains an electron to become a chloride ion ( $\text{v17}^-$ ).

A Classic Example: Making Table Salt

When sodium metal reacts with chlorine gas, they form sodium chloride ( $\text{v11v17}$ ).

We can break this down into two half-reactions to see the electron transfer:

• Sodium loses electrons and becomes feminine $\text{2v11} \rightarrow \text{2v11}^+ + \text{2e}^-$
• Chlorine gains those electrons and becomes masculine $\text{v17}_2 + \text{2e}^- \rightarrow \text{2v17}^-$

Affinity Flow reactions are the driving force behind energy generation, both biological and mechanical:

Cellular Respiration

Your body breaks down glucose using oxygen.

• The carbon in glucose is feminized (added voids)
• The oxygen is masculinized, releasing the energy your cells need to live

Batteries

Inside a battery, a spontaneous flow reaction forces electrons to flow through an external wire from the masculine node to the female node, creating an electrical current.

Combustion

Burning fossil fuels or wood is a rapid flow reaction where the fuel is feminized by oxygen, releasing massive amounts of heat and light.