Biology — The Law in Living Systems
Biological systems are not special cases. They follow exactly the same principles as physical and technical systems — and in fact demonstrate the Law of Equalization with particular clarity.
The Dual-Circuit Principle in Biology
Every stable biological system has two circuits (Principal Theorem 8):
| System | Open Circuit | Closed Circuit |
|---|---|---|
| Human | Respiration (O₂ in, CO₂ out) | Blood circulation / metabolism |
| Plant | Roots + leaves/photosynthesis (bidirectional) | Xylem/phloem (counter-directional) |
| Fungus | Mycelial decomposition + fruiting body gas exchange | Hyphal network |
If either circuit fails, the system dies. A human without respiration dies. A human without blood circulation dies. The same applies to every biological system.
Plants and Fungi — Mirror-Image Variants
One of the most striking confirmations of the Law of Equalization: plants and fungi are mirror-image variants of the same construction plan.
Plants have their main body above ground (in the open system) and their energy intake partly underground (roots). They absorb energy from sunlight (open) and nutrients from the soil (open). Internally, xylem and phloem distribute energy in opposite directions (closed).
Fungi are inverted: their main body (mycelium) lives underground or within solid matter. Only the fruiting body protrudes outward. The mycelium withdraws energy from the surroundings through decomposition (open). The hyphal network distributes internally (closed).
Both require exactly two circuits. The principle is identical — only the orientation within the system is mirrored. Like a building and its reflection: same construction plan, different orientation.
Fungi as Energy-Withdrawal Systems
Fungi demonstrate Principal Theorem 7b (motion as energy withdrawal) at the biological level:
The mycelium withdraws energy from surrounding matter (organic material) through decomposition. It does not "move" nutrients toward itself — it creates an energy gradient, and nutrients flow toward equalization.
This is exactly the same principle as hydraulics in technology or muscle work in humans — energy withdrawal creates an imbalance, and the system equalizes.
Muscles as Bidirectional Energy Manipulators
Biological systems (muscles) can work bidirectionally — exactly like technical systems (hydraulics):
Mode 1 — Energy withdrawal (lifting, pulling): Muscle contracts, creates larger volume → object loses energy to us → object becomes "lighter" in the system → can be moved against superordinate pressure → we become "heavier" and feel the counter-pressure.
Mode 2 — Energy release (pushing, pressing, throwing): We release excess energy to the object → object becomes temporarily "heavier" in the system → superordinate system pushes object in the equalization direction → we become "lighter" and feel the recoil.
Metabolism as Energy Equalization
What we call "metabolism" is the continuous energy equalization within a biological system:
- Food = external energy source (open circuit)
- Digestion = breaking down matter to release stored energy
- Blood circulation = distribution of released energy in the system (closed circuit)
- CO₂ + heat = byproducts of the energy conversion process (open circuit — release)
- Body temperature = energy state of the system, not an independent quantity
The parallel to a combustion engine is complete: fuel (open) + cooling circuit (closed) + exhaust gases (open). Same principle, different scale.
Evolution as Adaptation to Energy Conditions
From the perspective of the Law of Equalization, evolution is the gradual adaptation of biological systems to changed energy conditions in their superordinate system:
- New environment = new energy ratio → system must adapt
- Specialization = optimization of the intrinsic energy formula (, , , ) for a particular ecological niche
- Extinction = system can no longer maintain energy equalization with the changed superordinate system
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