The life of the
universe started with an extremely condensed form of entity undergoing rapid
expansion of space with all of its elements. In the course of its expansion,
forces of its energy content were directed to all possible dimensions from each
point of the expanding universe and the number of dimension increased
infinitely along with the expanding periphery. As a result of their
interaction, different forms of compound energy evolved with specific
characteristics depending on the nature and direction of each participating
component. Because each of the energy form was interacting in a rapidly
expanding space, several forms of energy converged around a point in a spiral
manner, which is still continuous at the present state of the expanding
universe.
Spiral nature of galaxies.
However, those
points where different forms of compound energy converged, condensed and became
confined within space appeared as particulate entities with definite properties
depending on the nature of the interacting components. Several forms of
particles then became strongly associated with each other to form atoms with
different properties depending on the number and nature of interacting
particles. Atoms with different properties continue random collision between
them in expending dynamic space. As a result of such collision and interaction
between same or different atoms, complex forms of molecules are generated depending
on the surrounding nature of environment like temperature, pressure, electric
charge, mass, gravitational force etc. Finally, accumulation of molecules
together appeared as more complex substantial entities in the universe.
Among the three
types of substances, appearance of liquid substances (particularly water) in
space was most important in the evolutionary point of view. Liquid substances
were able to retain the integrity in space in a defined condition where each of
the elements (both energy and matter) could interact freely between them within
a confined space. However, random interactions within a liquid substance have
no significance but a series of reactions with a definite order can represent
specific event. When the same series of reaction occurs again and again, the
same event repeats within the system. When a series of chemical reactions
establish a cyclic order, the representative event becomes permanent within the
system. This was the starting point where memory of an event evolved for the
first time in the universe within a liquid matrix. Such memories were essential
to generate biological system and its evolution into more complex forms of
organisms.
[Cyclic events are essential to generate and maintain functional systems
in the universe at minute to larger scales. Cyclic movement of electrons around
nucleus generates the atomic system. Cyclic reaction pathways in cells are
essential to operate living systems. CO2, O2, N2 and
H2O cycles keep the environment suitable for living creatures.
Circular orbits of planets create the solar system whereas spiral movements of
stars construct galactic systems]