The Basic Theory (18 Jan.
1998)
Refined again (19 Oct.
2001)
TITEL: IMAGINING AT
LARGE
SUBTITEL: How and why the
universes, lives and humans came into being
AUTHOR: Xin-Yan Zhang from
CHINA
ISBN:
3-00-003088-3
CONTENTS:
CHAPTER
1
INTRODUCTION
1
CHAPTER
2 UNIVERSES
2
CHAPTER
3 LIVES
10
CHAPTER 4 BASIC ORGANISATION OF
ORGANISMS
19
CHAPTER 5 ORGANISATION OF THE
MIND
23
CHAPTER 6 ACTIVITIES WITHIN THE
HUMAN MIND
25
CHAPTER 7 THE SOUL
29-33.
CHAPTER 1
INTRODUCTION
It is a fact
that, no matter how little we might be aware of them, all our thoughtful
actions, all scientific theories and all the social or economic systems are
fundamentally based upon certain imaginations.
Though they are not scientific
knowledge, those imaginations are our understanding of the knowledge. That is,
they are the digestion and organisation of our knowledge, and they are something
that tries to unify all the knowledge as a whole. They are an interface ever
between the reality and the activities of human intelligence. And, they are
complement to the gaps in our knowledge, those such as:
How is the
existence behind all the phenomena?
What is the most
macroscopic or microscopic existence? How did the universe begin? And how will
it end?
What is the
essence of life? And how was the origin of human life?
What and how is
the human mind?
Is there anything
that exists only as one's own self? And what is the meaning of human beings'
existence?
What you will find in this book is a
system of such imaginations, which is based on an ancient believe: All the
existing things compose and are composed of one and the same thing. This
thing was called Tao by the ancient Chinese philosopher Lao-tzu (c. 600
BC), was called Apeiron by the ancient Greek philosopher Anaximander (c.
610-546? BC), was called Dharma by Gautama Siddhartha, the Indian Buddha
(c. 500 BC), was called Noumenon by the German philosopher Immanuel Kant
(1724-1804), is more commonly called the Thing-in-itself nowadays, and
will be called Reex (real existence) in this
book.
All the descriptions, explanations and
predictions about the basic appearances of the Reex are organised into 13
imaginations that are scattered in the next 6 chapters. First, we will focus on
the basic appearances of the whole of Reex in chapter two. The 4
imaginations presented in this chapter explain the identical essence of matter,
energy, space and time, the reason why our universe came into being, the present
state of our universe, the states at its beginning and end, and the states
before its beginning and after its end. Many phenomena such as light, gravity
and supraconduction are also explained in this chapter. Then, we will focus on
the basic appearances of specific portions of Reex such as life, basic
unit of organisms, and human mind in rest of the 5 chapters. The 3 imaginations
presented in chapter three explain what is the essence of life, define two kinds
of lives with contrary natures, describe the principles of their evolution, and
explain from where all the non-living matter in our universe comes, and suggest
how the lives on the earth originated. The 3 imaginations in chapter four
present the concept of the ultimate basic organisation of life, of which the
bodies of all organisms, including the human bodies and minds, are made, and by
which different lives are produced, maintained and evolved. The imagination in
chapter five shows the general organisation of the human mind and in chapter six
describes its activities. The phenomena such as consciousness, memory,
intelligence and thinking are explained in those 2 chapters. Finally, in chapter
seven, we will discuss the existing form and course of individual human self,
exploit the meaning of human life and have the last imagination, the entire
course of the human existence.
The theoretical framework of this book is composed of not only the concepts that represent all observed and observable phenomena but also the concepts that represent all unobservable phenomena and concepts that do not represent any phenomenon. All the four sorts of concepts together make this theoretical framework different fundamentally from either imagination in common sense or scientific theories based on limited phenomena. The scientific significance of those four sorts of concepts is not within themselves but among them. For this reason, I would suggest the readers of this book to concern themselves more to the relative relations among those concepts than those concepts themselves.
CHAPTER 2
UNIVERSES
There are a lot
of things that are considered by us as existence. And the whole of all
existing things is called as the
universe. Scientists say, the universe at the most macroscopic level is
an immense space containing thousands of millions of moving galaxy clusters,
their magnetic and gravitational fields, and the 2.73°K cosmic microwave
background radiation. Each cluster is an aggregate of thousands of galaxies. And
each galaxy is in turn composed of millions of stars. More than one thousand
million stars and large amounts of interstellar gas and dust consist of our
Milky Way Galaxy. Among them, there is the sun, 1,392,000 kilometres in diameter
and 330,000 times of the earth in mass. It travels with a speed of about 200
kilometres per second, orbiting the centre of the Milky Way Galaxy in a period
of approximately 200 million years. The light released by the sun, only one part
in 2,200,000,000 intercepted by the earth, is the most important energy resource
for the organisms living on the earth. The earth, orbiting together with other
planets around the sun once a year, is a planet with a total surface area
509,600,000 square kilometres and a total mass of 6x1024 kilograms. There
are 8 millions of species living in a thin layer where the earth's solid, liquid
and gas meet each other. One species among them is us, the human beings with
intelligent minds. Each one of the non-living and living things that compose the
earth is a huge organisation of different atoms. Different atoms have different
nuclei that are made up of different numbers of protons and neutrons. Each
proton or neutron is in turn a combination of three quarks, which contain many
levels of sub-units made up by even tinier waves and
particles.
However, the first imagination of
this book assumes that all the things described in the picture above are not
anything intrinsic to existence itself but only intermediate products in the
course where human mind and its environment change into each other. Such
intermediate products may be called consciousness, memory or behaviour.
First, all the phenomena that we know by
senses are such intermediate products, no matter whether we sense them directly
by our sensory organs or indirectly with the assistance of observation devices.
As such intermediate products, the phenomena that we have already observed are
far less than one fourth of all phenomena that may exist, and may never more
than the one fourth limitation. Second, all what we feel about our
bodies, all our subjective feelings and emotions are such intermediate products.
And third, all our ideas, including all the scientific concepts, such as length,
dimension, motion, mass, energy, matter, time, space, force, wave, particle,
entropy, black hole or superstrings, and all the scientific theories, such as
Newton's laws of motion, Darwin's evolution, Einstein's relativity, Heisenberg's
uncertainty principle, the quantum mechanics, the game theory or the chaos
theory, and all the mathematical concepts and theories, are such intermediate
products, too. Therefore, if there was no human mind or its environment, none of
the 3 sorts of intermediate products might exist. Whatever we may know by
consciousness, memory or behaviours is only the interrelation between mind and
its environment but neither only the mind itself nor only the environment
itself. Whatever we may know by consciousness, memory or behaviours is only the
interrelation between mind and its environment. In other words, all scientific
law or theories are based on certain phenomena, which, in turn, are based on the
existence of human mind. Therefore, all our knowledge is always compounds of
mind and its environment, and is never anything of pure mind or pure its
environment. There is truce in the knowledge of science but this truce does not
exist anywhere or anytime throughout the existence. It exists only in the
connection between human mind and the rest part of the
existence.
The first imagination has a twin
brother, the second imagination. The second imagination assumes that
there is an absolutely independent existence, the Reex, and it is different in 3
aspects from any consciousness, memory and behaviour. The differences
are:
1. The Reex is the one and the only
existence. Though consciousness, memory and behaviours may appear, disappear
or change, the Reex itself can not be created or destroyed, can not be gained or
lost, and can not be changed by itself or by anything else.
2. Not like consciousness, memory or
behaviours which do not change autonomically, the Reex never stays as it is. It
is in a state of eternal motion and autonomic change. Though the Reex
itself may or may not appear as consciousness, memory or behaviours, all
consciousness, memory and behaviours are merely the mental appearances of its
motion and its gathering or dispersing caused by its motion.
3. Though consciousness, memory and
behaviours are various and different to each other, all the Reex are always the
same and of absolute self-identity.
Since the Reex is
the only existence, the mind must also be a portion of the Reex and must also be
a part of the whole of Reex. Since Reex can not be created or destroyed, the
Reex that appear as consciousness, memory and behaviours are not created by the
mind self and can not be destroyed by it, either. They only reflect the Reex's
entering the mind, leaving the mind, or remaining, moving, gathering or
dispersing in the mind. The consciousness caused by the Reex's entering the mind
is called the perceptive consciousness, and all other consciousness is
called the productive consciousness. Some of the perceptive consciousness
appear as phenomena, senses, results of observations, and some of the productive
consciousness appear as emotions, concepts, hypotheses, theories, scientific
laws and imaginations. Since both the perceptive and productive consciousness
only exist relatively to the existence of both the mind and the mind's
environment, therefore, there is no pure knowledge or universal laws, and there
is only human knowledge and human universal laws existing relatively to the
human minds. For instance, if there were no human beings, there will be no
mathematics in nature. And coexisting with human knowledge, there are also many
other kinds of knowledge relative to the minds of other organisms and their
environments.
1. FOUR STATES OF THE
REEX
It is assumed by the third
imagination that there are 4 states in one of which the whole of Reex has to
be. Since the differences of those states exist only relatively to our minds,
therefore, I will describe them with the relevant phenomena they may appear as
in a human mind, though actually it is not possible for any human mind to sense
all the 4 states.
One of the 4 states appears as all the
phenomena of one extreme, and another one all the phenomena of the opposite
extreme. The Reex in either of the two extreme states are called the pure
Reex and the phenomena they appear as are called the pure phenomena.
The rest two states appear as all the phenomena intermediate between what the
states of the two extremes appear as. The Reex in either of the two intermediate
states is called the dual Reex, and their appearances are called the
dual phenomena. The difference of the two dual Reex is that one of them is
changing towards the state of one extreme, and the another towards the state of
the opposite extreme. And their appearances change
correspondingly.
All phenomena that may exist are the
appearances of the Reex in one of the four states. No Reex in one of the four
states may appear as the same as those in other three states. Though to
different extent and in different degree, all the Reex in the same state appear
as the same phenomena.
The Reex may appear as different
phenomena but itself does not have the differences of the phenomena it appears
as. For instance, there is no difference between the Reex that appear as the
phenomena that may be summed up with the productive consciousness such as matter
and energy, macrostate and microstate, continuity and discontinuity, homogeneity
and heterogeneity, symmetry and asymmetry, etc. The differences between those
pairs of phenomenon groups only reflect the differences and relations between
the motion and the density of the observed portion of Reex and the motion and
the density of the mind of the observer.
If we sum up all the phenomena with the
productive consciousness of energy and matter, then one of the pure Reex may be
called the pure energy and the opposite pure Reex may be called the
pure matter. The phenomena of the pure energy are what the Reex appears as
when all the Reex gather within each other and go together in a one-way motion
along one path of straight line. And the phenomena of the pure matter is the
phenomena that the Reex appear as when all the Reex disperse from each other,
and each goes in a reciprocating motion along extremely large numbers of paths
of straight line.
Accordingly, the two dual Reex run in
one one-way motion and a few reciprocating motions at the same time, and appear
as both energy and matter at the same time, but the appearances of one of the
two dual Reex are changing from more like pure energy to more like pure matter,
and the opposite are changing to opposite direction. All the dual Reex vary in
density, but none of them has the density of pure energy or pure matter. All the
dual Reex have more than one path, but never as many as the pure matter or as
few as the pure energy.
A portion of Reex that run along two
reciprocating paths at the same time may appear as a two-dimension object, and
that along three reciprocating paths may appear as a three-dimension object. A
photon, for instance, is such a portion of dual Reex that appears as
two-dimension object. One photon has one one-way path and two reciprocating
paths, which are perpendicular to each other. The one-way path produces the
photon's appearances of energy, and the reciprocating paths produce the photon's
appearances of matter. Therefore, we can calculate the mass that one photon
possesses if we know the speed and the energy of its motion in its two
reciprocating paths.
Although every portion of dual Reex
appears as both matter and energy at the same time, there always are differences
between any two portions of dual Reex. One of them may appear more like pure
matter or pure energy than the another. Therefore, we may call one portion of
dual Reex the dual matter and the another the dual energy when
comparing them with each other, even though no dual matter may ever appear
exactly as the pure matter, and no dual energy may ever appear exactly as the
pure energy. We will call one portion of Reex as a dual energy if comparing with
another portion of Reex it appears faster, hotter, thicker in density, more
changing, more microscopic, more unified, more synchronous, more symmetric, more
evenly and equally distributed and having more time. And we will call one
portion of Reex as a dual matter if comparing with another portion of Reex it
appears slower, colder, thinner in density, less changing, more macroscopic,
more different, more asynchronous, more asymmetric, less evenly and equally
distributed and having less time.
The state of the whole or a portion of
the Reex may change and correspondingly so does its appearances. Such changes
are caused only by the changes in the density of the whole or a portion of Reex,
because the paths of Reex's motion will become more curved when its density
decreases and more straightened when its density increases. The pure energy will
change into dual energy when its density decreases, and the pure matter into
dual matter when its density increases. The dual matter may change into dual
energy when its density increases, and the dual energy into dual matter when its
density decreases.
The number of the paths of Reex's motion
may change when its density decreases or increases and then appears differently.
For instance, a portion of Reex may change from appearing as non-superconductor
to appearing as superconductor when it gets one more reciprocating path. A
portion of Reex may give out light when one of its reciprocating path changes
into one-way path.
We may also sum up all the phenomena
with the productive consciousness macrostate and microstate. Then
the pure macrostate is what the pure matter appears and the pure microstate is
what the pure energy appears. However, the Reex itself does not have the
differences of macrostate or microstate. The whole of Reex may exist within any
space no matter how small it may be, or may fill up any space no matter how
large it may be. Not like the pure Reex, the dual Reex always appears as both
macrostate and microstate at the same time. Though there are always phenomena of
both macrostate and microstate in a whole of the dual Reex, certain phenomena of
macrostate are only accompanied by certain microstate and both change
correspondingly. The universe where we are now living, for instance, is such a
whole of dual Reex in which its microstate is decreasing and its macrostate is
increasing. In such a universe that there are both macrostate and microstate, we
are allowed neither to use the microstate to explain the macrostate nor the
opposite, because there is no cause-and-effect relation between them. They are
only co-existences. Therefore, we are not allowed to say that the cells are more
essential than the body or that the particles are more fundamental than the
whole of the universe. And we should not believe that we could find the
phenomena in our universe, based on which we might unify the general relativity
and quantum mechanics.
We may also call the phenomena of pure
matter or pure macrostate as the productive consciousness of the pure
discontinuity, and call the phenomena of pure energy or pure microstate as
the productive consciousness of the pure continuity. Human beings are
living in a whole of dual Reex that appears as both continuity and
discontinuity, and is therefore both separable and inseparable. We can separate
two portions of dual Reex with a portion of different dual Reex between them,
but we can neither separate the whole of the Reex into two portions with
non-Reex between them, nor find any absolutely and completely empty place in the
whole of Reex, in which there is no gravity, no thermodynamic heat, no space and
no time. The space is the matter appearance of the Reex and the time is the
energy appearance of the same Reex. Therefore, wherever there is space and time
there is the Reex. There must be a Reex field around every object, which is a
component part of the object. The Reex field has its own structures, and its
Reex density decreases from the object to the periphery of the field. The size
and the density of the Reex field are related in direct proportion with the
matter phenomena of the object, and in inverse proportion with its energy
phenomena. There might be an energy and matter exchange between the centre and
the periphery of any such Reex field. Those Reex fields are composed of the Reex
in such low density that may only appear as gravity. Therefore, those Reex
fields may also be called as gravitational fields. All the 4 forces in physics,
the gravitational force, the electromagnetic force, the strong and the weak
nuclear forces, are essentially the same. They are all the matter appearances of
dual Reex. For example, when a stone is thrown up, it appears more like dual
energy and when it drops back, it appears more like dual
matter.
And we may also call the phenomena of
pure energy, pure microstate or pure continuity as pure time, and those
of pure matter, pure macrostate or pure discontinuity as pure space. All
the phenomena of time reflect Reex's one-way motion and all the phenomena of
space reflect Reex's reciprocating motion. Wherever there is no Reex, there is
no time and space as well. Therefore, the time can be measured as the speed of
Reex's one-way motion and its density, and space can be measured as numbers of
the paths of Reex's reciprocating motion and their
lengths.
In a whole of dual Reex like our
universe, both space and time are only properties of a gravitational field or an
object. It is, therefore, the gravitational fields that mediate the travel of
light. The space of our universe exists only where the objects and their
gravitational fields exist. The whole of space of our universe is just as large
as its general gravitational field, which is the aggregate of all individual
gravitational fields. The space in the periphery of our universe may have more
dimensions than that in the centre. Since the space-gravity is phenomena of dual
Reex, it does not only have the appearances of matter but also has the
appearances of energy, but its appearance of energy may be too cold to be
observed by us. Could not the cosmic background radiation of 2.73°K microwave be
the energy appearance of the general gravitational field?
2. ONE CYCLE OF THE WHOLE OF
REEX
It is the fourth imagination that
assumes the whole of Reex must change into each of its four states in turn but
must not remain in any of them for ever and must not be in two or more of the
states at the same time. Therefore, the existence of the whole of Reex must
appear as a cycle of constant changing among the four states. The appearance of
the cycle is, therefore, composed of one point of pure energy, one point of pure
matter and two periods of dual phenomena with opposite directions. Let us call
such a cycle of the whole of Reex as the year cycle, and call its pure
matter point as the winter universe (The U. Winter), its pure energy
point as the summer universe (The U. Summer), the intermediate
period changing towards the pure energy point as the spring
universe (The U. Spring), and the another as the autumn
universe (The U. Autumn). The direction of the year cycle's evolution is
from the U. Spring, through the U. Summer and then the U. Autumn, to the U.
Winter, and finally returns to the U. Spring again.
During the period of the U. Spring, the
whole of Reex gathers gradually and repeatedly, has fewer and fewer
reciprocating motions, fewer and fewer appearances of matter and space, but more
and more appearances of energy and time. Accordingly, the universe becomes
smaller and smaller, hotter and hotter, more and more unified and equal. At the
point of the U. Summer, the entire Reex gathers into one one-way path and
therefore appears as pure energy. Light, gravity as well as all other dual
phenomena disappear since there is no reciprocating motion existing at the
point. During the period of the U. Autumn, the whole of Reex disperses gradually
and repeatedly. Its reciprocating motions reappear and increase. The universe
changes from one dimension into multidimensional world, and gets bigger and
bigger, colder and colder, more and more different and unequal. Accordingly its
time becomes less and faster. On the contrary to a bomb explosion, the expanding
of the U. Autumn is a process of consuming energy and producing matter. At the
point of the U. Winter, Reex becomes extremely big and thin and all its one-way
paths disappear. And the attracting effect of its gravity becomes extremely
strong as the whole of Reex appear as pure matter. Then the whole of Reex begins
to gather up and enters the U. Spring again.
Since the year cycle is a continuous
process without beginning or end, therefore, any of the productive consciousness
that is based on a universe with a beginning and an end, whether it is the
common sense or the religious bible or the scientific law, reflects only one
part of the year cycle but not the whole of it.
The phenomena found in one of the four
universes may never be found in other three. There is no phenomena of matter in
the U. Summer and no phenomena of energy in the U. Winter. There are no
phenomena of pure energy or pure matter in both the U. Spring and U. Autumn.
Though there are dual matter and dual energy in both U. Spring and U. Autumn,
the phenomena that could be found from the both are different because their
initial states and directions of changing are opposite to each other. For
instance, the phenomena of atom appear before the phenomena of star in the U.
Autumn, but after in the U. Spring. We get many smaller pieces of dual matter
after we split one piece of dual matter in the U. Autumn but we will get many
larger pieces of dual matter in the U. Spring. Because of those differences and
because all scientific concepts and theories represent various quantities and
natures of observed or observable phenomena, all scientific laws that are based
on certain phenomena only exist and are tenable within the universe where the
relevant phenomena exist. What confirmed by replicated scientific observations
and experiments in one space and time is not bound to be confirmed by the same
observation or experiment in another space and time in the year cycle. The
better a scientific law can explain and predict the phenomena within one
universe, the more absurd outcome it may lead to when it is used to explain and
predict the phenomena that may appear at the point of the beginning, the end of
the universe, or even beyond its beginning and end.
The absolute
truth or, so called by scientists, the theory of everything, may only be found
from the pure energy. Therefore, it exists only in the U. Summer. In the U.
Autumn, we can never find a theory of everything. How much we could know about
the absolute truth depends upon how pure a dual energy scientists can manage in
their experiments. However, at the most and the best, they could only find two
general theories. And in the U. Winter, there is no nature law universally and
generally applicable.
Human beings live in a universe where
there are both dual matter and dual energy. Therefore, we must be either in the
U. Spring or the U. Autumn. I believe that we are living in a U. Autumn, because
scientists have found that the atomic nuclei appeared far before any human body
in our universe. Therefore, what next we will concern ourselves with is the
details of the U. Autumn where we are living. Since the U. Autumn begins from
the pure energy of an U. Summer, we certainly want to know how the pure energy
changes into all the stars, into all the plants and animals around us, and even
into the human beings and human minds. You will find the answer in the next
chapter.
CHAPTER 3 LIVES
Nothing exists in
the U. Autumn has existed in the U. Summer. However, everything exists in the U.
Autumn is only a natural development of the pure energy of the U. Summer. All
the atoms, the stars, the plants, the animals, the human beings and the human
minds are creatures of this development. The creative changes of the Reex
happened in the development are called as lives. Though life does not
exist in every part of the space and the time of our universe, it certainly does
not occur only in biological bodies like living plants and animals,
either.
Life is the appearances of the Reex.
However, not all but only the dual Reex may appear as life, and not all but only
some of the dual Reex that are in the following 3 states appear as life. The 3
dual Reex's states are called the pure life (Lpur), the spring life
(Lspr) and the autumn life
(Laut). These 3 kinds of lives
are the fifth imagination.
The pure life may be defined as the dynamic equilibrium state in which
one portion of dual energy continuously changes into a relevant dual matter and
simultaneously one portion of the matter continuously changes back to the
relevant energy, and all the changes lead to neither increase nor decrease of
the total amount of the matter and energy in the environment where the changes
occur. The pure life may also be described as the following equation, where E is
the relevant energy and M is the relevant matter:
![]()
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Because all the dual Reex must change towards either pure energy or pure matter, therefore, the life must also change towards either direction. The life that changes towards pure matter, the same direction of the U. Autumn, is called the autumn life. Its equation is:
![]()
![]()
And the life that changes towards pure energy, the same direction of the U. Spring, is called the spring life. Its equation is:
![]()
![]()
Almost all the lives we may find
existing in nature are either the spring life or the autumn life, both of which
are combinations of the state of the pure life and the process of the pure year
cycle. For instance, in comparison, the lives that produce the solar energy are
spring lives, and the lives that compose the plants or the animals that live
directly or indirectly on the solar energy are autumn
lives.
Among all portions of the energy that
participate in the changes of an individual life, the portion of energy that is
changing from energy into matter is called the energy component of life,
and the rest portions of the energy is called the direct energy environment
of life. Among all portions of the matter that participate in the changes of
an individual life, the portion of matter that is changing from matter into
energy is called the matter component of life, and the rest portions of
the matter is called the direct matter environment of life. The portions
of energy and matter participating in the changes of an individual life become
either its components or direct environment at random. The energy or matter
component of a life is a constant quantity of Reex. The higher the Reex density
of the direct environment is, the larger amount of Reex the components of the
life contain.
All the rest of the dual Reex that
coexist with an individual life but are neither the component nor the direct
environment of the life are called the indirect environment of the life.
The indirect environment may be divided further into the general indirect
environment and the local indirect environment. The general indirect
environment is the rest of the whole universe except the direct environments and
the components of the life. A local indirect environment is a part of the
general indirect environment. To an individual life, there may be a large number
of local indirect environments but there may only be one general indirect
environment.
There are many identical or different
lives in any sort of indirect environment of life. The indirect environment
binds their direct environments together and different lives may exchange matter
and energy with each other through the same indirect environment. Those
exchanges do not lead to any change of the total amount of the matter and energy
in the indirect environment, but do lead to the formation of interrelation among
the lives in it. And such interrelations among different lives appear as
structures and processes of the indirect environment.
Since the whole of Reex becomes
extremely large numbers of portions of pure matter in the U. Winter and become
one portion of pure energy in the U. Summer, therefore, no life exists in either
of them. Except the two points of the year cycle, life may occur spontaneously
wherever and whenever there is dual energy. Lives do not only occur in the
bodies of organisms but also in abiotic bodies, even in the environment in which
there exists no matter. Life does not produce life. It is the motion of Reex
that leads to the occurrence of life. A spring life occurs in the environment
where the density of Reex is increasing, and an autumn life occurs in the
environment where the density of Reex is decreasing.
The spring life consumes matter to
produce energy and density-higher matter. The autumn life consumes energy to
produce matter and density-lower energy. Their activities cause the properties
and the quantities of the matter and the energy in their environments to change
towards specific directions.
The lives themselves are always changing
towards either the direction of the U. Spring or that of the U. Autumn. All
their changes may be divided into 2 groups. One of them is called the energy
change of life, and another the matter change of life. The energy
changes of life are the changes in the quantity of the matter and the energy
that compose the direct environment, and the consequential changes in the
components of life. The matter changes of life are the changes in the form of
the matter and energy that compose the direct environment of the life, and the
consequential changes in the relations of matter and energy exchanges among
individual lives in the indirect environment. The results of the energy changes
of life are the occurrence and disappearance of lives in the indirect
environment of life, and the results of the matter changes of life are the
occurrence and disappearance of structures and processes in the indirect
environment of life.
The energy change of life may lead to
the disappearance of either matter or energy components of a life, both of which
is considered as the death of the life. If the change is towards the
direction of the U. Spring, there will be more and more energy and/or less and
less matter in the direct environment of a life, less and less its energy
components change into its matter components, and more and more its matter
components change into its energy components, until all its matter components
disappear. The state in which a life loses all its matter components is called
the heat death of the life. If the change is towards the direction of the
U. Autumn, there will be less and less energy in the direct environment of a
life, less and less the energy components of the life change into its matter
components, and less and less its matter components change into energy
components, until all its energy components disappear. The state in which a life
loses all its energy components is called the cold death of the life. The
remained matter components of a life after its cold death are called
frozon or frozons. An adult human body is composed of about
1027 of atomic nuclei
and the electrons around them. All of the atomic nuclei are such
frozons.
The matter changes of life do not
directly lead to any death of lives but lead to the changes in the relation of
matter and energy exchanges among all the lives in the indirect environment.
Therefore it may indirectly cause the death of the lives concerned in the
changed relation, and it causes the death of the lives in the relation at the
same time. Whenever the matter changes of life cause the heat death of an
individual life, it will cause the cold death of another relevant individual
life at the same time. The occurrence of both heat death of some lives and cold
death of their relevant lives at the same time is called the organisation
death. The organisation death happens all the time in the evolution of
species and the development of individual organisms. Whenever the matter changes
of life cause the disappearance of lives, it will cause the occurrence of
another lives in the same place and at the same time, and consequent occurrence
and disappearance of their relations of structures and processes in the
environment at the same time.
No life may escape from the death caused
by the energy changes, but all lives may continually exist as long as the
results of their matter changes in favour with their existence. Therefore, the
results of the progress of the year cycle are not always the occurrence and
disappearance of lives, may also be the changes in their forms. The forms of
life will become more and more complex as the U. Autumn progresses, but simpler
and simpler as the U. Spring progresses. For instance, the core temperature of
human body is about 30°C warmer than the average temperature of the seawater,
which reflects the difference between the energy environment where the human
lives occurred in the past and that where we are living now. The complex forms
of human body are the favoured matter changes that keep the human lives from any
energy change even though our energy environment has already cooled down
enormously.
The occurrence and disappearance of
individual lives in an indirect environment cause the occurrence and
disappearance of relations of matter and energy exchange among the individual
lives. The processes in which the existing individual lives in the indirect
environment rebuild their relations and integrate with each other are called
the reorganisation of the indirect environment. Since the year cycle is a
continuously changing process, the existence of the indirect environment is a
process of continuous reorganisation. The organisation of any indirect
environment where the autumn lives predominate over the spring lives will become
more and more complex as time goes on, whereas the organisation of any indirect
environment where the spring lives predominate will get more and more simplified
as time goes on. A human body is such a local indirect environment in which the
autumn lives predominate over the spring lives. Estimation of a living indirect
environment could be made more accurately if we do not only know its statistical
distribution but also the probability of its changing direction and rate,
because, as time goes on, the actual distribution of certain population in such
an indirect environment will always drift more or less to either matter or
energy than the results of any statistical investigation on
it.
Though there are both the energy changes
and the matter changes of life in the U. Autumn, the energy changes are getting
less, slower and weaker, whereas the matter changes are getting more, faster and
stronger. And it is just the inverse in the U. Spring.
The energy changes or the matter changes
can be further divided into 2 groups of different changes, called the
determined change of life and the random change of life. The
determined changes are the matter or energy changes of life that are following
the direction of the year cycle, and the random changes are the matter or energy
changes of life that are going against the direction of the year cycle. All the
changes of life are both determined change and random change at the same time.
And both determined and random changes will equally lead to the continuous
reorganisation of the indirect environment of life.
The continuous reorganisation of any
indirect environment will lead to two contrary results, called the
integration and the specification. The integration means that the
individual lives in the indirect environment are becoming more and more like
each other and have more closer relations, which makes the indirect environment
appear more like energy. And the specification means that the individual lives
are becoming more and more different from each other in their forms and
interrelations, which makes the indirect environment appear more like matter.
For instance, a fertilised human egg is an organism high in integration but low
in specification in comparison with the adult human body. The development from
the former to the latter is a process of continuous reorganisation in which new
specification and new integration are continuously produced, while mean time
each of them continuously conceals the other. An adult human body is always the
best compromise of its integration and specification in view of its relation
with the human society. However, since all organisms are lives changing towards
the direction of the U. Autumn, the specification will gradually become
predominating over the integration as time goes on during either the development
of an individual biological body or the evolution of a species. There will come
a day when the human bodies become so high in specification but so low in
integration that it will be no longer dependable for the existence of human
beings.
The U. Autumn where we exist rose from
the pure energy state of a U. Summer about 15 to 20 thousand million years ago,
and will fall to the pure matter state of a U. Winter probably
1026 years later.
Changing from the pure energy to the pure matter, the U. Autumn itself is a long
course composed of extreme large number of intermediate states of the dual Reex.
Everything that was, is and will be existing originates from one of the states,
is itself one of the states and will change into one of the
states.
Through the changes in the U. Autumn,
the whole of Reex is getting lower in density, less evenly and equally
distributed, more paths and more reciprocating paths in its movement. Its
appearances are becoming more like matter, more macroscopic, more structures and
processes, colder, more various, more asynchronous and asymmetric, faster in
time, and so on. This is the direction of the U. Autumn.
This direction of the U. Autumn
determines that there are fundamental differences among the lives occurred at
different periods of the course of the U. Autumn. According to their
differences, it may be considered as that there are 3 different kinds of autumn
lives existing in the U. Autumn. The earliest one, which begins to occur at the
beginning of the U. Autumn, is called the life of high energy. The latest
one, which begins to occur at the end of the U. Autumn, is called the life of
high matter. And the one in between, which begins to occur in the middle of
the U. Autumn, is called the life of high organisation. Those 3 kinds of
autumn lives are the sixth imagination.
The most typical life of high energy has
one shared direct environment and many components but does not have the indirect
environment. Its energy components are the energy almost like the pure energy,
and its matter components are the most microscopic particles. Just like what the
lives of plants and animals are doing today, the lives of high energy were
metabolising energy and matter, reproducing themselves, sensing and responding
to the changes in their environment about 20 thousand million years
ago.
The higher the density of the Reex that
compose the energy component of a life, the earlier the life will occur in the
course of the U. Autumn, the shorter the life will exist, and the more frozons
the life will produce, the heavier and the smaller the frozons will be.
Therefore, the lives of high energy exist only a very short time. Their
activities created the matter and the energy, part of which compose all the
elementary particles that in turn compose all the stars, the plants and animals.
The frozons created at the very beginning of our universe possess the highest
Reex density and form the centres of galaxy clusters and
galaxies.
No autumn lives may produce the frozons
that are identical to each other; therefore, all the elementary particles
produced by the lives of high energy are different from each other. However, the
higher the Reex density of the energy components of a life is, the less
different the forms of its matter components are and less different its frozons
are. For instance, though no two protons or two neutrons are identical to each
other, their differences are too small to be considered as difference to the
human minds.
The most typical lives of high
organisation have both direct and indirect environments. The Reex density of its
components is neither so high as that of the lives of high energy nor so low as
that of the lives of high matter. We can still find the approximately
differences between the energy environment of the lives of high energy and that
of the lives of high organisation by fissioning their frozons. For instance, all
the biological lives are the lives of high organisation. Their matter components
are chemical bonds and their energy components are the energy that produces
those chemical bonds. The chemical bonds can be split with the energy of a few
electron volts that is approximately similar to the energy that composes the
direct energy environment of the biological lives. Nowadays, with the energy of
more than 100 thousand million electron volts, physicists can produce a direct
energy environment of 1014 degrees Kelvin,
approximately similar to the environment at the 10-12 second after the
beginning of the U. Autumn. The Reex density of this energy environment is still
very much lower than the one at exact point of the beginning of the U. Autumn.
Such a great difference shows how cold our environment is for the lives of high
energy. Therefore, many of the things that we call non-living matter are
actually the matter components of the lives of high energy deeply frozen by the
temperature of our environment. The earlier a frozon was produced in the past,
the deeper it is frozen at present and the more it appears as matter. The lives
that occur in non-biological bodies and biological bodies are essentially the
same. Their differences are made only by their relation to the U. Autumn, that
is, lives have been active in non-biological bodies before but are being active
in biological bodies now and here.
The lives of high organisation are also
different from the lives of high energy in the longevity of their existence and
variation of their forms. Generally speaking, the lower the Reex density of the
direct environments of a life is, the longer it exists, the more forms it
develops into. For instance, the lives that produced all the protons and
neutrons existed only in a period from the first microsecond to the first second
of the beginning of the U. Autumn. As a striking contrast, the lives that
produce all the plants and animals on the earth have already existed more than 4
thousand million years and are still active. Its long life gives the lives of
high organisation more chances of developing various forms.
The lives of high organisation are
neither so unified as the lives of high energy nor not so separated as the lives
of high matter. Therefore, there are extremely complex relations of matter and
energy exchange among individual lives of high organisation. The relations
appear as the complex structures and processes of the indirect environment of
the life. The complexity of the lives of high organisation is their own nature
and is the inevitable outcome of their developments in the U. Autumn. The
complexity is not an evidence for the existence of a creator or
God.
As the U. Autumn progresses further and
further, all the direct environments of lives will become smaller and smaller
and the existence of lives will become more and more dependent on the matter and
energy exchanges among different lives in the indirect environment. The matter
and energy that an autumn life gains may come from either a spring life, such as
that plants from the sun, or from another autumn life different in forms, such
as that carnivores from herbivores and herbivores from plants. More complex an
organism is, more its existence depends on the matter and energy
exchanges.
The most typical lives of high matter
have indirect environment of life but do not have the direct environment of
life. Its energy components are the energy almost at the absolute zero of
thermodynamics, and its matter components are the matter almost like the pure
matter. It may not yet exist in our universe.
The lives of plants, animals, including
human beings occur in the bodies that are composed of nucleic acids, proteins,
sugar molecules and fatty acids. Such bodies are called biological bodies or
organisms, and the lives that occur in the biological bodies are called
biological lives and all the biological lives are the lives of high
organisation. As any other kinds of lives, the biological life has its own
position in the year cycle. Biological life can occur neither in the U. Summer
because there exists no matter, nor in the U. Winter because there exists no
energy. And the energy and the matter that compose the biological lives are not
the same as the energy in the U. Summer or the matter in the U. Winter.
Biological lives can not occur in the U. Spring too, because the direction of
changes there is just the invert of the U. Autumn's. In the U. Autumn,
biological lives occur much later than the occurrence of the nuclei produced by
the lives of high energy, but if the biological lives might occur in the U.
Spring, they have to occur much earlier than the occurrence of any nucleus
because it is the lives of high matter that occur at the beginning of the U.
Spring and the lives of high energy occur only at the end of it. Therefore, the
biological lives are the autumn lives that only occur in the U. Autumn, maybe
only in its very early stage.
As other lives, the origin of autumn
life is always the result of the occurrence of certain energy. The energy that
caused the origins of the biological lives on the earth came first from the
forming course of the solar system, especially the earth. The formation of the
solar system began about 5 thousand million years ago as a lot of cosmic dust
was gathering into many centres. Ninety nine per cent of the dust forms the sun
and rest of it forms the other 9 stars. As more and more matter of the dust
gathers together, some of them change into various forms of energy. This energy
first led to the rise of the activities of the spring lives in the stars. Their
different mass determined that different solar stars had different patterns of
activities of the spring lives various in their length, Reex density and
products.
The activities of spring lives gradually
fell off as the increase of the mass of the stars gradually stopped. As the
spring lives decreased, the autumn lives increased in the stars. The autumn
lives consumed the energy and created new forms of matter in the stars. The
activities of the spring lives ended, at least ended from their surfaces, long
time ago in all the solar stars except the sun. The activities of spring lives
in the sun provide the second source of energy that influences the activities of
lives, mainly the autumn lives, on other stars. Their different distances from
the sun determined that different solar stars had different patterns of autumn
lives, underwent different developmental course of the autumn lives, and have
different products of their autumn lives. Therefore, it is the earth's mass and
its distance to the sun that determine that all the plants, animals and the
human beings with intelligent minds may occur on the
earth.
About 4.5 thousand million years ago,
the earth of lava began to cool down. During its cooling course, various autumn
lives occurred, then died and left masses of new molecules as their frozons. The
first generation of lives concerning the large biological molecules, called
as biological lives of earth energy, occurred at a temperature point of
the course where the environmental conditions made it easy for the carbon atoms
to form or break bonds among themselves or with other atoms. The matter
components of the biological lives of earth energy were different DNA molecules.
They were living DNA molecules, reproducing themselves fast in large quantity
and great variation and living in large but localised environments instead of in
cells. As the results of their activities, a sea of primary DNA molecules of all
the possible permutation and combination were left, long before any cell, any
protein or any RNA came into being. All the chromosomes now found in all the
cells of all the plants and animals are actually good or bad copies of the
primary DNA molecules.
As the energy environment gradually
became lower and lower, the second generation of biological lives rose on the
base of the ready-made chromosomes. There are two different sorts of them,
called the biological lives of solar energy and the biological lives
of chemical energy. The former take the energy from the sunlight as their
energy components, the latter the energy released by biochemical reaction. They
both have various RNAs, proteins, sugar molecules and fatty acids as their
matter components.
Both the biological lives do not create
new primary DNA molecules, but their developments along the direction of the U.
Autumn did create all the other large biological molecules, individual
combination of primary DNA or chromosomes, cells and multicellular organisms.
And now their most creative fields are moving from individual organisms to their
organisations. New organisms rose from the primary DNA molecules might be 20
million times more than the organisms found nowadays but most of them have
already been eliminated by natural selection. Nowadays, all the living
microorganisms, plants, animals and our human beings are the appearances of the
two lives. Human beings rose from one species of the lives of chemical energy
though the lives of modern human beings depend upon a complex sources of energy.
In comparison, the two biological lives today are exactly the same as they were
at their very beginning. They have the same energy and matter components. Their
activities still have to be based on certain replications of the primary DNA
molecules. The only difference is that the indirect environments of life in
which the early biological lives were maintained were much simple than those for
modern biological lives, because the direction of the U. Autumn decides that
there will be less and less energy appearances but more and more matter
appearances in the indirect environments. The more and more complex indirect
environments are the only things that the evolution of the biological lives have
created over more than 4 thousand million years and are still creating
now.
There have been changes happened to the
replications of the primary DNA molecules. However, there might be no direct
cause-and-effect linkage between the origin of a new species and the changes
happened in its precursor's chromosomes. The chromosomes have only decided what
the creative power of the biological lives might not do but not what they should
do, nor how and when they do them. It might be predicted that if planting only
human chromosomes in a fertilised egg of other animals, a normal human baby
could not be brought out at the end of its development. Species might
continuously evolve without any gene changes until they reach the limitation of
their chromosomes. For example, human beings might have lived as aquatic
animals, amphibians and terrestrial animals during the evolution but might have
all the time carried the same or almost the same chromosomes as we have today!
Changes in chromosomes and in indirect environments have been human being’s two
legs when we walked on our way of evolution and natural
selection.
What we described above, the origin of
biological lives on the earth, is the seventh imagination of this
book.
Though they might not occur in every U.
Autumn, plants, animals and human beings may always come into being from the
same environment and the same course. If we can find another environment as same
as the solar system and the earth, we will always find the same plants, animals
and human beings there just as those have been found on the earth. And the human
beings we may find from another earth will have the similar heads and the
similar bodies as we have. Generally speaking, we will find the future of
ourselves from another older earth and the past of ourselves from another
younger earth.
We can see from this chapter that
biological lives are the autumn lives of high organisation, which occur only in
the U. Autumn. A cell, a plant or an animal is an organisation of the biological
lives. How do biological lives organise into an individual organism and its
environment? We will have an explanation in the next
chapter.
CHAPTER 4 BASIC ORGANISATION OF
ORGANISMS
Unlike the lives
of high energy or the lives of high matter, all the lives of high organisation
depend on the organisation of the indirect environment for their occurrence,
existence and continuous reorganisation. It is the eighth imagination
that assumes that every indirect environment of the lives of high organisation,
either the general indirect environment such as our universe or any local
indirect environment such as a cell, a plant, an animal, a society, is composed
of many basic units that are fundamentally identical with each
other.
This basic unit is not the cell,
otherwise the lives of high organisation might not exist before the occurrence
of the first cell, may not exist below or above the level of cell, or in
non-biological bodies.
The basic unit is the organisation of
the components of an individual life of high organisation, its direct
environments and its local indirect environment. The local indirect environment
is composed of two parts, in one of which dual energy or dual matter moves
towards the direct environments, called the input part of the basic unit,
in another one of which dual energy or dual matter moves towards the general
indirect environment, called the output part of the basic unit. And the
direct environment and the components of life are together called the
reaction part of the basic unit. Since the activities in the input part may
be described as inputting information, in the reaction part as having memory and
in the output part as outputting behaviour, the basic unit is therefore called
the information-memory-behaviour system, or the IMB system for
short. Other local indirect environments that connect directly or indirectly
with either the input part or the output part of an IMB system are together
called its environment. An IMB system is the most basic unit where an
individual life of high organisation may occur, exist and undergo the continuous
reorganisation. For instance, all the bodies of micro-organisms, plants and
animals are composed of the IMB systems.
An IMB system contains either an
individual spring life that consumes matter to produce energy or an individual
autumn life that consumes energy to produce matter. The changes both from matter
to energy and from energy to matter are called the life change. There are
two other changes happening in every IMB system, which are called the
transform change and the transfer change. Neither the transform
changes nor the transfer changes produce matter or energy. The transform change
is the change in the form of a portion of matter or energy in an IMB system, and
the transfer change is the change in the location of a portion of matter or
energy in an IMB system. The changes happen in the input part and the output
part of an IMB system are mainly the transform changes, and in the reaction part
are mainly the life changes. And the transfer changes happen in all the three
parts. The activities of the mind can not be explained only with the activities
of the nerve impulses and neurotransmitters, because the nerve impulse moving
through a nerve or the neurotransmitter moving through a synapse is only
transfer change, and the nerve impulse changes into neurotransmitter or vice
versa is only the transform change.
The input part connects an IMB system
with the part of its environment as the sources of the matter and energy it
inputs, and the output part connects an IMB system to the part of its
environment as the outlets for the matter and energy it outputs. The reaction
part of an IMB system connects both the input part and the output part, and it
functions as a reactor where matter and energy interact with each other.
Matter and energy may get into an IMB
system only through its input part and may get out of an IMB system only through
its output part. The matter and the energy input by the input part are highly
selective, depending on the input part's properties, its working state and which
environment it connects with.
Relative to an IMB system, the dual
matter or the dual energy input from its environment into the IMB system is
called the information, and those output out of the IMB system is called
the behaviour. And, in comparison, the dual matter or the dual energy
existing in the IMB system before the information is input or after the
behaviour is output are called the memory.
Though all the information, the memory
and the behaviour are dual Reex, the dual Reex of the memory never appear as the
same as the dual Reex of the information or the behaviour. The memory may appear
more like dual energy in an IMB system, and then the information and the
behaviour must appear more like dual matter. The relation among them is called
the M-E-M relation. The memory may appear more like dual matter in an IMB
system, and then the information and the behaviour must appear more like dual
energy. The relation among them is called the E-M-E relation. The life in
an IMB system with the E-M-E relation is autumn life and with the M-E-M relation
is spring life.
The information and the behaviour of the
same IMB system are essentially more like each other. The only difference is
that their moving directions, relative to the system itself, are opposite to
each other. The information moves from the environment to the system and the
behaviour moves from the system to its environment. Both of them lead to life
changes. The life changes caused by the information happen in the reaction part
of an IMB system, whereas the life changes caused by the behaviour happen in
other IMB systems in its environment.
However, the information that an IMB
system inputs is never the behaviour it outputs. Information, after it enters
the reaction part, will become a part of one of the two direct environments in
the reaction part, which is opposite to the direct environment composed by
memory. For instance, if the memory composes the direct matter environment in an
IMB system with E-M-E relation, the information will become part of its direct
energy environment, whereas, when the memory composes the direct energy
environment in an IMB system with M-E-M relation, the information will become a
part of its direct matter environment. The behaviour is the products of the life
in the direct environments.
A living organism is nerve equal to an
IMB system, because one living organism is always composed of more than one IMB
systems and not all the parts of all the IMB systems that compose an organism
exist within the body of the organism. Among all the IMB systems that compose
one organism, some of them have all the three parts within the body of the
organism, but some others may have only two or one or even less part within it
and have the rest parts in the environment of the organism. Therefore, an IMB
system may not only exist within an organism but may also exist within a group
of organisms or within a whole of organisms. The parts of one IMB system at one
time may become parts of another IMB system at another time. One certain part of
one IMB system may become any part of another IMB system. And the parts of one
IMB system at one time may become parts that do not belong to any IMB system at
another time.
The IMB systems that exist completely
within an organism produce the organism's individual behaviours and the IMB
systems that exist only partly within an organism produce the organism's group
behaviours or the behaviours of a whole. Since it is composed of many different
IMB systems, every organism will simultaneously behave as an individual, as a
member of groups and as a part of a whole. For instance, an adult human body is
composed of about 1.815 cells. Each of the cells is
composed of many IMB systems, some of which exist completely within one cell and
produce the cell's individual behaviours, some of which exist in a group of
cells and produce their group behaviours, and some of which exist in all the
cells of the body and produce the behaviours of the whole
body.
It is the ninth imagination
assuming that the human mind is also the IMB systems. The mind is composed of
the IMB systems and is itself an IMB system. In basic organisation and
principle, there is no fundamental difference between the IMB systems that
compose the human mind and those that compose the rest parts of the human body
or bodies of any other organisms. What the human mind is different from any
other IMB systems is its position in the structure and process of the U. Autumn.
Relative to the U. Autumn, the human mind is the product of other IMB systems
and also produces other IMB systems. The existence of the human mind depends on
the matter and energy exchanges with other IMB system, and it is also depended
for the existence of other IMB systems. No matter what wonderful things the
human mind have created or will create, we should still be aware that it is the
lives before the human lives created the atoms, the stars, the plants and
animals on the earth, and the human beings and human minds
themselves.
There are much more IMB systems than
cells in a human body. Most of the IMB systems produce individual behaviours,
some produce group behaviours and fewer produce the behaviours of whole body.
However, not all but only some of those behaviours may be called as the human
behaviours. The human behaviours are only the behaviours in which all the cells
of a human body behave as a whole relative to the human body's environment and
only the behaviours that are produced by the IMB systems that compose the human
mind. Still not all the behaviours produced by the IMB systems that compose the
human mind may be called the human behaviours, some of which may be called
the plant behaviours, some may be called the animal behaviours,
only those related with other individual human beings, the human society and the
whole human beings may be called the human behaviours. All the IMB
systems that produce the three sorts of behaviours are together called the self
of an individual human being or a human self for
short.
Still, not all the three sorts of
behaviours mean the same to the existence of the human self. For instance, the
cells in the body of patient in vegetable state will continuously produce
individual behaviours, group behaviours, some behaviours of whole body and maybe
even some mind's plant behaviours and animal behaviours, it is only the human
behaviours that they can not produce, which makes the human body live but no
longer live as a human being. It is the tenth imagination that a human
being can be defined as the unification of a living human body and the human
behaviours.
However, it is still wrong to deduce
that every other organism may have a mind as the mind that the human being has,
because not all organisms have nerve cells, brains or highly developed cerebral
cortices, all of which are the very basis of the human mind. The organisation of
the human mind will be discussed in the next chapter.
CHAPTER 5 ORGANISATION OF THE
MIND
A human mind is a
part of a living human body. The part of a human body where the human mind
mainly exists is called by anatomists the nervous system, including the brain,
the spinal cord, the ganglia and the nerves, and its peripheral apparatus such
as sense organs and motor organs. Since the human mind is only a part of them,
the organisation of the nervous system and its peripheral apparatus therefore
may be divided into two parts, the mind and the non-mind part.
As any other part of the human body or
any other part of the nervous system, the human mind exists as a course. The
organisation of the mind described below exists around the middle of the course
during which a person lives a physiologically independent
life.

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FIGURE 5.1. ORGANISATION OF THE HUMAN
MIND
The areas between the peripheral circle and the central circle are the hereditary parts of the mind. The areas within the central circle are the acquired parts of the mind. Area 1, 2 and 3 are the intermediate brains. Area 4 is the OM. Area 5 is SM. Area 6 is MM. Area 0 is the CM. Area 7, 8 and 9 are the IMs. The solid stripes in each brain are where the consciousness is produced.
As shown in Figure 5.1, the organisation
of human mind is composed of three parts, called the sense brain (SB),
the organ brain (OB) and the motor brain (MB). The sense brain has
connections more directly with the sense organs composing the surface of the
human body. The motor brain has connections more directly with the skeletal
muscles. And the organ brain has connections more directly with internal organs.
The exchanges of information and behaviour between the organ brain and internal
organs are transferred through both the autonomic nervous system and the
circulatory body fluid. There are 3 intermediate brains that have
connections more directly with the sense brain, the organ brain and the motor
brain.
Each of the brains is composed of two
parts, called the hereditary part and the acquired part. The
acquired parts are newer than the hereditary parts in evolution and individual
development. Besides having their own acquired parts, the sense brain, the organ
brain and the motor brain have a shared part, called the central memory
(CM). The CM is the core part of the mind. Reex that moves towards the CM is
entering the mind and otherwise is leaving the mind. The area 4, 5 and 6 in the
acquired parts may also be called together the peripheral memory or
individually the memory of the sense brain (SM), the memory of the organ brain
(OM) and the memory of the motor brain (MM). And the area 7, 8 and 9 are
called the intermediate memory (IM). This organisation of the human mind
is the eleventh imagination.
As any local indirect environment of life, the human mind is composed of many different IMB systems. However, the mind does not contain all the parts of all the IMB systems that compose it. Some of the systems are partly in the mind and partly in the rest of the body, called the plant system, some of the systems are completely located in the mind, called the animal system, and some of the systems are partly in the mind and partly in the environment of the body, called the human system. All the three sorts of systems together compose the organisation of a human self. The activities of the human self will be discussed in the next two chapters.
CHAPTER 6 ACTIVITIES WITHIN THE
HUMAN MIND
To the contrary
of many people's believe, the human mind itself is not a transcendent
information processor, memory user or behaviour producer, but is only a local
indirect environment of life composed of many IMB systems. The only things that
may be found in the human mind are information, memory, behaviour and their
intermediate and transitional products. Their life changes, transform changes or
transfer changes appear as the activities of the mind such as the phenomena of
consciousness, intelligence, thinking, etc. This is the twelfth
imagination.
Relative to the dual matter of memory,
the consciousness is a dual energy produced by the spring lives in the mind. The
energy of information that a mind gains from sense organs or from other sources
never appears as consciousness in the mind. Whenever consciousness occurs in a
mind, the mind is not gaining or feeling the energy but only producing it.
Consciousness is produced in the hereditary parts of the mind. Afterwards, it
always flows towards the acquired parts of the mind and the central memory, and
it may cause memory's life change. Essentially, consciousness is also energy of
information.
The energy of consciousness is not the
whole mind but only a component part of it. This part of the mind is produced by
the other parts of the mind that do not present as consciousness. The
consciousness alone does not sense, does not remember or recollect, does not
think, does not feel or will, does not move the limbs and trunk, does not speak
or smile, and does not drive or rule the mind.
There are different sorts of
consciousness and they are produced in different brains, which produced in the S
brain is called the CS (the consciousness of the S brain), in the
O brain the CO, and in the M brain the CM. The CS is the
perceptive consciousness, which is what we see, hear, sense by touch, smell,
taste and so on. Both of the CO and the CM are the productive consciousness. The
CO is the emotion, desire and internal feelings. And the CM is what the mind
recollects or creates in the forms of language, symbol, image or others. Each of
the CS, the CO and the CM is produced in a special area in its relevant brain.
Please refer FIGURE 5.1. for the locations.
Besides the energy of consciousness,
there are many other kinds of energy produced in the mind. One of them is called
the energy of waking. Just like the human body can only work at certain
range of body temperature, the energy of waking is equally and widely produced
in the mind as an internal energy environment for the activities of the mind in
its waking state. What makes the difference between the waking state and the
sleep state of the mind is only whether the energy of waking is produced or not.
The control information for producing the energy of waking is input from the
non-mind part of brain. Relatively, the mind is predominated by the spring lives
when in its waking state and therefore produces more consciousness and
behaviour, but is predominated by the autumn lives when in its sleep state and
therefore produces more memory.
Relative to either the energy of
consciousness or the energy of waking, the memory appears as dual matter. As
dual matter, the memory appears as the structures of the mind. All the
structures of the mind are its memory. There are two different kinds of memory,
called the hereditary memory and the acquired memory. Though more
hereditary memories are formed before the time point of the birth and more
acquired memories are formed after, the time point of the birth does not
distinguish the difference of them. The hereditary memory is the structures
formed as the result of the interaction among the lives in the same body, and
the acquired memory is the structures formed as the result of the interaction
among the lives in the same body environment. The hereditary memory composes the
hereditary part of the mind and the acquired memory composes the acquired part
of the mind.
The memories are either the matter
components or the direct matter environment of the lives in the indirect
environment of mind. The various energies such as the consciousness, the waking
and many others are either the energy components or the direct energy
environment of the lives. And the principles of the activities of the mind are
the principles of the indirect environment of life. The spring lives in the mind
consume memory and produce the dual energy of consciousness, behaviour or
others. The autumn lives in the mind consume the consciousness and produce the
dual matter of memory. Both the spring lives and the autumn lives undergo the
energy change and the matter change, which lead further the continuous
reorganisation of the mind.
The relations among the lives in the
indirect environment of the S brain simulate in some way the world outside the
human body and are together called the internal world (inW). The
relations among the lives in the indirect environment of the O brain simulate in
some way the human body of a person and are together called the internal
self (inS). The relations among the lives in the indirect environment
of the M brain simulate in some way the activities of the body in the world,
such as the movements of limbs, trunk and face, the words and sound the vocal
cords make, and the various images and other senses, and are together called
the internal behaviour (inB). And the relations among the lives in
the intermediate brains simulate in some way the relations among the inW, the
inS and the inB, and are together called the internal relation
(inR). Since all the brains are composed of the hereditary parts and the
acquired parts, there are both the hereditary and the acquired relations in each
of the inW, the inS, the inB and the inR.
The components of the inW, the inS and
the inB can act autonomously as what they simulate and can act on and react to
each other according to the relations that they simulate. After being produced,
the energy of consciousness may join these activities and it may initiate some
of the activities.
All the relations in the inW, the inS,
the inB and the inR may be divided into the structure relation called S
knot and the process relation called P knot. Both of the knots are
organisations of more-few relation. Because the more-few relation, the P knot
enable a person's mind to know a course without the limitation of the time at
which his body exists and the S knot enable a person's mind to know a structure
without the limitation of the space where his body is
located.
Both knots may further be divided into
hereditary knots and acquired knots. The knowing produced by either the acquired
S knot or the acquired P knot is the productive consciousness. The productive
consciousness is always a complement to its relevant perceptive consciousness
and is always a guess about other perceptive consciousness related with its
relevant perceptive consciousness.
Both the acquired S and P knots can be
divided further into the knowledge and the experience. The source
of the relations in the knots of knowledge is the relations within the
perceptive consciousness; the source of the relations in the knots of experience
is the relations among the perceptive consciousness. The relations in the knots
of experience are formed by the statistical activities in the mind's acquired
parts. Therefore, an S knot of experience may present the probability of
correlation for the structure relations among the concerned perceptive
consciousness and the productive consciousness, and a P knot of experience may
present the expectation value for the process relation among the concerned
perceptive consciousness and productive consciousness.
Both intelligence and instinct reflect
the mind's abilities of producing, maintaining, organising and using memory. The
intelligence is the appearance of the mind's activities associating with the
acquired memory, which relatively appear more like the changes of the pure life.
And the instinct is the appearance of the activities associating with the
hereditary memory, which relatively appear more like the changes of the U.
Autumn.
Mainly, the movement of the dual energy
in the mind is orientated from sense organs to the peripheral area in the
hereditary part of the S brain, from the central area in the hereditary part of
the S brain to its relevant peripheral memory, from the peripheral memory of the
S brain, through central memory, to the peripheral memory of the O brain or the
M brain, from the peripheral memory of the O brain or the M brain to central
area of the hereditary part of the O brain or the M brain, from the peripheral
area of the hereditary part of the O brain or the M brain either output as
behaviour or input again as consciousness.
The central memory is an area of
multidirection, more like life than any other areas of memory. The organisation
of the central memory and the energy in it is called the thought. The
thought exists as a whole. There is only one thought in one
mind.
The behaviour or consciousness produced
by the O brain is called the language of the O brain (the O
language), and that by the M brain is called the language of the M
brain (the M language). The language of the brains output from the
hereditary part of the O brain or the M brain can be either consciousness or
behaviour but can never be both of them at the same time.
The thought is never the consciousness
or the behaviour. The O language and the M language are descriptions and
translations of the thought but not the thought itself. Usually the languages of
the brains can only describe and translate once a fraction of the entire
thought. In communication with other persons, the O language may be used alone
to express one's thought, but the M language is usually used together with the O
language.
The input of the consciousness
selectively increases the energy in the indirect environment of the mind and
further increases the activities of the spring lives in the mind. The output of
the behaviour selectively decreases the energy in the mind and further increases
the activities of the autumn lives in the mind. Therefore, the output can
influence the mind as well as the input.
Thought is different in its form from
the languages that express it. Though the human mind has much more ways to
express its thought, no thought may be expressed thoroughly and exactly. When it
can not be expressed with proper forms, ways and opportunities, the thought will
interact with the O brain and the M brain, which may lead to the reorganisation
of their indirect environments. Such reorganisation of mind may produce either
some creation or certain psychological illness.
Thinking is the circulation in which the
energy product output from the hereditary part of the O brain or the M brain is
input back to the acquired parts and reprocessed by the mind. The whole process
of the feedback and reprocessing is called the ruminant process. The
ruminant process is an important way of communication among the three brains.
Not only the consciousness but also the behaviour is the way through which the
ruminant process may be carried out, the former is called the internal
ruminant process and the latter the external ruminant
process.
We can easily find that the God described
in the Bible has a mind just as that the human beings have. And fundamentally,
the God's mind has nothing less than the minds the human beings have and nothing
more. For example, the motivation of creating a world is the evidence that God
has the organ brain in his mind.
What I said above has been all about the parts of the human self that are
located in one human body. And in the next and the final chapter, we will
discuss how the rest parts of an individual human self
exist.
As the human body and the mind, an individual human self is composed of many different IMB systems, some of which have some of their parts in the non-mind part of the body, some of which have all their parts in the mind, and some of which have some of their parts in the body's environment. Therefore, the human self exists neither entirely in an individual mind, nor entirely in an individual human body. The parts of an individual human self in the body's environment are called the unified parts of a human self, the parts in the body's non-mind part are called the scattered parts of a human self, and the parts in the mind the related parts of a human self. The difference is that the scattered parts of an individual human self can not be the parts of other human selves at the same time but the unified parts can. Many human selves in the same environment can share same unified parts. The unified parts unify many human selves as a whole.
Every individual human self is composed
of three sorts of IMB systems, which are the human systems, the animal systems
and the plant systems. All the human systems are composed of the unified parts
and the related parts. All the plant systems are composed of the scattered parts
and the related parts. And all the animal systems are composed of only the
related parts. The related parts of a human self always appear more like energy
than the scattered parts and more like matter than the unified
parts.
A human self does not always have all
the three component parts during its whole existence. At the very beginning when
a human being is still one fertilised egg, none of the parts of the human self
exists. During the human body's development, the scattered parts of the human
self begin to form first, then the related parts, the latest the unified parts.
A human self with three component parts exists only during part time of its
whole existence. After this period, the scattered parts begin to disappear
first, then the related parts.
The unified parts of a human self may
exist much long than the other two sorts of parts. Its disappearance is not
caused only by the disappearance of the body. Therefore, we may say that a human
self does not exist completely as the human body exists and does not die
completely as the body dies. The unified parts of a human self may therefore be
called as the soul. And we could select a live shorter and more like
animals or longer and more like humans by carefully building our human systems
and selecting our unified parts.
Still, the unified parts of the human
selves are not immortal but exist also as a course. The whole of the unified
parts of the human selves will become more and more like matter if its indirect
environment changes towards the direction of the U. Autumn, or become more and
more like energy if its indirect environment changes against the
direction.
One of the most characterising
intermediate product of the human self is the O brain part of the thought, which
may be called as the thought of self and may be expressed as the
consciousness or the behaviour of one's self. The thought of self and its
expressions are only component parts of the human self, not the whole of it.
Throughout the history of human existence, we have been ceaselessly creating all
sorts of the thoughts of self, and then faithfully live, work, fight and die for
the thoughts of self we created. It is because the thoughts of self, here come
"I", "mine" and "not mine". And it is because the thoughts of self, there come
the differences between living and death, rich and poor, joy and suffering,
honour and humiliation, gain and loss, love and hate, different races and social
classes, and so on. The thoughts of self have always been both the motive force
for all the success and achievement human beings have made and the root for all
the benighted and unenlightened things we have done.
It is extremely difficult but still
possible to free ourselves from certain one of our thoughts of self, because our
thoughts of self are more dominated by acquired memories. We can selectively
accumulate our acquired memories. We can change and balance our acquired
memories by inputting new information or outputting new behaviours. Always
remember that, sometime, to unload the burden of a thought of self does not only
free a mind, a society or the whole human beings but may also change the whole
universe and its changing course as well.
No matter how the human selves may be created and what they may create,
we are still a part of the U. Autumn and we do only what the U. Autumn has to
do. Therefore, the true meaning of the human existence may never be found within
ourselves but can only be found from our relation with the year cycle,
especially with the course of the U. Autumn.
Our relation with the year cycle, which
is, in other words, the entire course of the human existence, might be divided
into 5 generations according to the different energy sources they depend
on:
1. The first generation of biological
lives depended on the earth energy produced by the formation of the earth.
Therefore, they are called the generation of earth energy. There was no human
being at this stage.
2. The second generation of biological
lives including the human beings depended on the energy released by the sun. The
energy we gain from hydropower, wind-power, wood, coal, petroleum or most of our
food is still the solar energy. This generation of human beings may be divided
further into three periods. The human beings in the early period of the
generation live on natural food, in the middle period live on food from
agriculture and animal husbandry, and in the later period live on food provided
by industrial and biological technology. During this generation, the survival of
other biological lives becomes more and more dependent on the survival of the
human beings, and the survival of the human beings becomes more and more
dependent on their own minds and souls.
3. The third generation of biological
lives depend on their own intelligence. This generation may be further divided
into the early period of fission nuclear energy and other high technological
energy, the middle period of fusion nuclear energy and the technology of
astronavigation, and the later period of the energy produced from any matter of
any other asters and the technology of universe reorganising.
The only possibility that human beings
might survive through the S. Winter of some sub cycles and even the final period
of the U. Autumn is to master the technology of controlled Reex field fission
and fusion of any dual Reex.
Though the ways that different U.
Springs end and the ways that different U. Autumns begin are always the same,
the ways that different U. Autumns end and the ways that different U. Springs
begins are always different. At the point of the U. Winter, it could be a human
hand that will turn our U. Autumn into the next U. Spring. And it could also be
possible that we might fail to master the technology of artificial nuclear
fusion and die out during this generation.
4. The fundamental capability we possess
for survival in the U. Autumn is to manipulate energy. If human beings might
even be survival in the U. Spring, they must be able to manipulate matter, and
be able to exist in non-biological bodies.
5. No matter what might happen, human
beings and everything else will return to pure energy in the U. Summer and begin
from the beginning.
These are the thirteenth
imagination and the end of this book.
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ISBN
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