Why there is an oscillation in all natural developments?
We observe a cycle, a repetition in all natural developments. For example the sun energy falling on a point at the surface of the Earth shows a cycle like in the figure 1.
Figure 12: In all natural phenomena, there exists an oscillation in the distribution of energy.
Let us assume a life system in a lake. The most basic components of life systems are phytoplanktons. Their life depends on the existence of sunlight; they collect the photons of the sunlight and store this energy as sugar molecules in their bodies. Hence the phytoplankton-biomass shows a cyclic development too. Let us assume the phytoplankton-biomass for a first day as shown in figure 2(A).
Figure 13: Changes in Plankton-Biomass with time.
Phytoplanktons are food-source of zooplanktons. Now let us assume that zooplanktons are developed in this lake at the second day. Now the phytoplankton-biomass in the lake will show additional fluctuations, because they will be consumed by zooplanktons. Consequently, phytoplankton-biomass development at the second day will be different than the first day. Zooplanktons are food source of other animals, so that additional fluctuations will occur in biomass developments of phytoplanktons and zooplanktons. And in this manner the biomass of each being in nature is exposed to continuous fluctuations. Let us call this as “food-chain relation”, whereby biomass of consumers as well that of consumed units oscillate and consumers depends always on consumed units.
A phytoplankton occurring first time on the planet, had to consider only the previously existing beings and conditions for its existence. But after the development of second phytoplankton and after the development of a first zooplankton, etc., it had to change its interaction-systems with its environment. Any change requires structural and textural re-arrangements of its internal components.
Therefore, each newly developed system must depends on the previously existing ones; and the previously existing ones must change their structures to accommodate the existence of newly developed structures. Therefore, each being in nature has to collect information about the changeovers in its environment and re-organize itself according to those changes. That is the reason behind “information and self-organisation” of dynamical systems.
In this manner it develops a food-chain and chicken and egg systems, consisting of many upper-level and sub-level units, being developed with time, starting with developments of atomic units in stars and continuing with the development of minerals and cells in planets.
All kind of energy has its source at quantum domain. Hence all upper-level structures depend on their internal components, because all matters consist of subatomic units.
As shown in previous chapters, information is stored in structural and textural changeovers of the lower-level-systems. That must be so because the energy stems form the lowermost quantum domains. That why, to get informed about the developments in nature, the lowermost level systems (quantum domain) must undergo structural and textural changes too.
This kind of a time- and exponentially developing information-dependent dynamic systems is not included in the evaluations and calculations of classical physicists. Physicists assume time and space as isotropic systems. But they are not isotropic as shown in previous chapters.
Figure 14: The wave-structure and texture of a sub-atomic-units must undergo changeovers too. Physicists assumes a cyclic, symmetric behaviour for subatomic units, as shown in figure above (A). But the subatomic-units too, have to change themselves to accommodate the newly developed upper-level systems (B).
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