Intro to life
The mere fact that consciousness exists, we can create and continually evolve consciously for the good of others is astounding.
Not surpassing that our definition "what is life" is subjective, prejudicial and not aspiring to objectivity?
To observe the Homo sapiens curiosity and aspirational goals shackles our task to tackle this question.
We need to understand the natural sources of energy and what forms of energy are involved in life processes.
To define life, a solution to this problem requires knowing something about our ancestor's characteristics.
We can safely infer all varieties of life appear to have a common factor, or common ancestry.
One readily apparent commonality is, all living things consist of similar organic compounds.
This pool of common compounds binds us to a common ancestral history.
How do molecules communicate?
This theory has very significant implications to create living organisms from inorganic materials,
It follows logic to suppose that out of the simple particles, a fundamental theory, which unifies and interrelates all
matter that possess information transfer capabilities.
We know present day life depends to a large extend on, e.g. sugars oxygen and solar energy.
If molecule requirements are to assume the concept, that information transfer is a condition for life,
this infers all particles in possession of info. transference, thermodynamics and gravity meet the required conditions
If life consists of fundamental matter, it stands to reason that origin of life may essentially originate in a
thermodynamic fundamental state for nonorganics
Can information transfer occur in dark matter in a thermodynamic state?
Since all matter possess characteristics of information transfer, defining life type depends on the energy transfer rate These fmp the most basic of matter must also follow the laws of physics. These fmp- form a three dimensional geometrical lattice immersed in a graviton plasma and inhabit the entire cosmos, constructing a constant and reliable transit avenue, capable of info transference and allowing molecules to transmit information intercell. The close proximity to each other and their size makes them ideal to assist in building more complex molecules, and the most advanced intelligence.
When did life begin
Some scientist believe that life was introduced to earth by comets, meteorites, space dust, all this is possible, but really this is beside the point.
Life in basic or more complex form must be a very common commodity. If we assume that information transfer is common,
this implies that life exists throughout the universe.
If information transference is a basic component of matter, the most primitive basic life must be a mechanism for more complex building blocks.
The conditions will determine the complexity of molecule development and determine the degree of information transference.
When particles bind information transfer is communicated to the recipient and confirmation is acknowledged
The message can be simple in basic particles, more complex in higher forms, e.g. amino acids and more advanced molecules capable to replicate, or
pools of molecules (e.g. humans).
Molecules and man, which comprise of living cells, individually obey the laws of chemistry, physics, laws of thermodynamics and governing the relationships between different degrees of energy.
These laws of physics apply to the whole universe.
If Cairns-Smith is correct, creating primitive evolving physical systems may be fantastically simple - and indeed is forming continuously all around us
A logical assumption infers that all commodities have a function, in a chain like phenomenon in the cosmos puzzle.
My question is What is the aim of black holes? Are they necessary? They surely must be, they have survived and exist.
The black hole accretes all matter, concentrates fundamental particles, and may precipitate conditions favorable for thermodynamic propagation.
Our universe is constantly changing; this process would be unnecessary if matter or energy could not be created.
Life is not created by random rather the type of life is dictated by thermodynamic conditions and defined, as matter
which uses energy flowing through a system, resulting in increasing and developing complex replicating communicational transfer matter.
Logically we should assume that the theory of communication transfer has existed since the day the charge was introduced to matter.
To me communicational transference appears to possess characteristics relating to gravity.
The complexity of molecules depends completely on conditions of thermodynamics. It seems the more complex the molecule is, the more energy it consumes to sustain its existence. Clearly our life system is codependent on external energy source, e.g. earth, sun and dark matter. Can physics predict whether life phenomenon can be reduced to a fundamental matter theory? If so considerable success can be achieved in understanding the structure and organization of stellar systems in terms of gravitational forces, non-living matter in terms of electromagnetic forces, and thermodynamics in terms of information transference.
All matter answers to the same laws of physics.
When matter at different temperatures are allowed to integrate, a physical change in their composition occurs.
With favorable conditions a new rearrangement of particles can appear (regarding to B.H.)