General Physical Property Equation and Its
Mirror Equation of the Universe
ID:210211195801073173
Keywords : General physical property equation of the
universe , mirror equation of the universe , observed masses and energies of
the universe , completable physical constants , default physical constants ,
symbiotic state of magnetism and electricity for past world of the universe ,
basic charge ----- component of past world on single dimension of time or space
, general charge , observed universe , darkened universe , positive vacuum
universe , negative vacuum universe , general structure of the universe , event
of darkened universe .
Abstract : In this paper , two kinds of morpning forms of default
theorem are set forth , that is , general physical property equation of the
universe and mirror equation of the universe . By the general equation of the
universe , general values of all physical quantities of the universe can be
calculated , and total of 21 items of physical properties of the universe have
been conducted . These calculating results are fully satisfied and conform to
those observed datum having been verified . There has a mirror equation of this
general equation of the universe ,
according to this mirror equation , we can
obtain mirror values of corresponding general ones (values under vacuum
) . These mirror values are those tucked from its general values of the
universe into scopes of quantum size or less , which are being minimized 1.0083333333333333…e+93 times ,
that is , the universe as a whole fall in scopes of quantum dimension or less .
While these mirror values are either directly equal to or approximately
approach to corresponding observed datum in quantum physics and cryophysics .
Calculating results indicate that mirror value of an certain physical quantity
of the universe multiplying a value of
combination of modulus of one or several specific basic physical
constants yields standard value of this physical quantity in micro physics .
Also from mirror equation of the universe , many basic physical constants can
be derived and their physical mechanism of formation are unveiled . Discovering
that almost physical constants are either just an completable space time (CST)
or combination of multiple CST . Physical constants classify into two
categories of completable physical constant and default physical constant by
criteria of whether it is variable along with evolution of the universe or not ,
Physical mechanism of formation for basic charge is put forward and unfold that
basic charge is a default physical constant which is an component of past world
of the universe , which sticks to every space or time dimension of the universe
being with total of 10 dimensions of space time (5 spacer dimensions and 5 time
dimensions) ; Past world has an
unique symbiotic state of magnetism and electricity . All calculating results
strongly impress that both general physical properties and its mirror ones of
the universe are essentially originated from past world , that is , they are
just different physical formulas of past world in substantiated universe . Past
world is the root of all objective phenomena . Some brief discussion regarding general structure of the universe are
given in terms of observed universe , darkened universe , positive vacuum
universe , negative vacuum universe . Especially , it points out that in
darkened universe , there also exists universal events which either represent or
reshuffle those events having happened in observed universe .
Notice : Given succession of the theory , the author recommend
reader to look around some previous papers at : http://www.universefedback.com Paper A(Second Version) , Paper C
(Second Version) , Paper of Essay to Feeding Back Theory of the universe .
Same as before , mathematic tool by which
to read this paper is nothing but elementary calculus or less .
Correction :In previous papers , there has a written mistake about
electric current gauge and the right writing is :

Due
to relative length of this paper , for purpose of having an overall
understanding about this paper , titles of each chapter and section are given
first as below :
1 General physical property equation of the
universe
2 Calculations of general values and mirror
values for common physical quantities of the universe
2.1 Radius
of the universe 2.2 Age of the
universe 2.3 Total masses of the
universe 2.4 Average mass density
of the universe 2.5 Volume of the
universe 2.6 Area of the
universe 2.7 Total energies and radiating
energy in vacuum of the universe 2.8
Radiating temperature in vacuum of
the universe 2.9 Radiating electric
current in vacuum of the universe
2.10 Composition of force and force in vacuum of the universe 2.11 Momentum of the universe 2.12 Angular momentum of the universe 2.13 Power of the universe 2.14 Frequency of the universe 2.15 Velocity and conductance of
the universe 2.16 Acceleration
of the universe 2.17 Surface charge
density or electric field strength of the universe 2.18 Magnetic field strength of the
universe 2.19 Magnetivc flux of the
universe 2.20 Magnetic moment of the universe .
3 Mirror Equation --- mirror formula
of general physical property equation of the universe
3.1 Quantum flux
3.2 Josephson frequency-voltage ratio
3.3 Hall quantum conductance
3.4 Mirror equation of the universe 3.5 Mirror value of the universe
and Planck particle
4 Derivation of basic physical
constants from mirror equation
4.1 Magnetic flux effect --- quantum flux physical
constat 4.2 Josephson effect ---
Josephson frequency-voltage ratio physical constant 4.3 Quantum conductance effect ---
Hall quantum conductance physical constant 4.4 Black body radiation effect---Stefan-Boltzsmann
constant 4.5 Permeability 4.6 Space time characteristics of
physical constants
5 Basic charge --- avatars of past
world in substantiated universe
5.1 Physical mechanism of basic charge forming 5.2 Fraction charge and
general basic charge 5.3 Electromagnetic symbiosis state of
past world 5.4 Default space time character of basic
charge
6 General structure of the universe
6.1 Positive vacuum universe and negative vacuum
universe 6.2 Proportion
of observed masses of the universe 6.3 Proportion of observed energies
of the universe 6.4 Observed
universe and darkened universe 6.5 Sketch for general structure of the
universe
Appendix G gauge of common physical quantity
and its space time property
We have learnt from what had
discussed from previous papers of the Feeding Back Theory of the Universe that
information modulus of the universe is total numbers of G bubbles bursted from
the first one all the way to the one at an certain universal moment , it is
also default value of the universe
. At present universal moment , value of information modulus of the universe
(
n) has been
settled accurately from most precisely observed daia of background radiation of
the universe , which is n
=7.7577806787995700…e+60 .
In prevous papers , we had capitalized on this value and default theorem to figure out some of fundamental properties of the universe in terms of general values , for instance ,
Radius
of the universe :
= n
= n|
|
=3.1381767999999997…e+26![]()
Age of
the universe :
n
= n|
|
=10.4605893333333333…e+17![]()
Total
masses of the universe :
n
= n|
|
=4.2315167338906745…e+53
.
Average
mass density of the universe :
1.9672077805101312…e+95 / n![]()
=3.2687013208516524…e-27 ![]()
Total
information quantities of the universe :
n
=7.7577806787995700…e+60![]()
Past
world :
(summary of information from which all events happened in past of the
universe was originated , and time covers
)
Morphing form of past world in substantiated universe :
![]()
Substantiated universe at present universal moment :
![]()
![]()
n =7.7577806787995700…e+60
and so on .
But , when we calculate some physical properties of the universe directly by using information modulus and default theorem , it failed to get correct result , such as mass density of the universe , only with help of other method to make it . We questioned ourselvies , why did those properties not comply with this rules ? Can we find a way by which all physical properties can shed their light on same plateform of information modulus and default theorem ? The answer is positive , absolutely sure . Otherwise the guy of information modulus could not parade so logically , behaviour so actively , and play such paramount role in this theory . Along this way down , we have finally found an common formular , which is called general physical properties equation of the universe , through which all general physical properties of the universe can be exposed thoroughly . Also a fallout was gleaned that there is in fact a mirror equation of this common formular hidden there , and from this mirror equation of the universe , we can derive many basic physical constants , even physical mechanism of basic charge forming can be identified and appaling conclusion even made that basic charge is nothing but avatars of past world in substantiated universe .
This is not a drill !
Suppose,
there is an physical quantity
,information modulus of the universe
is
,thus ,total values of this physical quantity of the universe is
,
and , ![]()
(1-1)
here ,
is an coefficient
,
is G gauge of physical quantity
,|
| is modulus of
,
is dimensional expression of
;
Rules for
is that when
0 ,
1 ,
takes 0 or 1 ;Rest of conditions ,
。
When
n ,we have :
=
(1-2)
We call equation(1-1)and equation(1-2)are general physical properties equation of the universe or simplified as general value equantion of the universe 。
Equations of the above are morphing forms of default theorem , it apply to calculations about general physical properties of the universe , and is an experiential one . We can jump over theoretical derivation of this equation , and just use it in practical calculations to verify it . Reader who is interested in seeking its theoretical derivation can try by themselves .
2 Calculations for
General Values and Its Mirror Values
of the Universe for Common Physical Quantities
Applying equation(1-2) ,we can calculate whatever general value of the universe for an physical proerty . Given length limitation of the paper , we conduct such calculations as Radius of the universe , Age of the universe , Total masses of the universe , Average mass density of the universe ,Volume of the universe , Area of the universe , Total energies and radiating energy in vacuum of the universe , Radiating temperature in vacuum of the universe , Radiating electric current in vacuum of the universe , Composition of force and force in vacuum of the universe , Momentum of the universe , Angular momentum of the universe , Power of the universe , Frequency of the universe , Velocity and conductance of the universe , Acceleration of the universe , Surface charge density or electric field strength of the universe , Magnetic field strength of the universe , Magnetic flux of the universe , Magnetic moment of the universe with total of 21 items of general values of the universe and its mirror values 。
Following calculations adopt theoretical values of physical units , which have given in :
Paper A Completable Space Time and Default Space Time ,
Paper C G Bubble Burst
and the Universe Being Created .
See them at the author’ s webpage http://www.universefedback.com .
Two concepts are needed to be introduced for sake of calculations to be conducted ,
Mirror values of the universe : General value of the universe for an physical quantity divided by space time value of vacuum is called mirror value of this physical quantity (refer to section 3.4 and section3.5) .
Carrier frequency of the universe :Carrier frequency of the universe is defined as
.
Its modulus is
(refer to section
2.14) 。
2.1 Radius of the universe
Dimension
of length is
,
,
takes 1 , and taking
(when
takes 0 , we simply obtain result of G gauge
of this physical unit . So in this section , we do not consider this circumstance
, unless an special notice is given )
;
=
=0.4045199174779452…e-34
(refer to
appendix of this paper where G gauges of common physical unit are available ) ,by equation(1-2)we get :
![]()
Observed data of radius of the
universe so far is
?
Divided this value by space time
value of vacuum , we can get another value which is callede mirror value of
radius of the universe (similar to other items behind , refer to section 3.4
and 3.5) . So mirror value of radius of the universe equals :
![]()
![]()
This is space dimension of past
world in substantiated universe
,also it can be calculated directly
as below :

2.2 Age of the universe
Dimension of time is
,
, here
takes 1 , and taking
;
=
=1.3483997249264841…e-43
,by equation(1-2)we have : :
![]()
=3.3170311178758666…e+10 years .
Estimated value from cosmological
theory so far is
years ~
years ?
Mirror value is :
![]()
This is observed life time of past
world in substantiated universe
,it slao can be calculated below :

2.3 Total masses of the universe
Dimension of mass is ![]()
,
, here
takes 1 , taking
;
=
=
,by equation(1-2)we can get : :
![]()
( including dark matter)
From conclusion gotten
from section 6.2 ,we know that
observed masses accounts for
of total masses
of the universe ,so observed
masses is :
![]()
Observed data of observed mass of
the universe so far is
?
Mirror value is :
This is equivalent mass of past
world in substantiated universe
,it also can be calculated by :

Mutiplying this value by modulus of
carrier frequency of the universe , we can get a mass of ![]()
,this mass approaches to that of elementary particles .
2.4 Average
mass density of the universe
Dimension of mass density is
![]()
=
,
,
takes -2 ,and according to traditional method , we know
=
;
=
=8.2402205412174030…e+95 (
) ,by equation (1-2) , we can get :
=3.2687013208516523…e-27 ![]()
Summarized conclusion from cosmological
theory and observation is
?
Mirror value is :
![]()
This is
equivalent mass density of past world in substantiated
。This also demonstrates that past
world is non-substantiated .
2.5 Volume
of the universe
Dimension of volume is ![]()
,
,and according to traditional method
, we know
=
;
,by equation(1-2)we can get :
![]()
(7.7577806787995700e+60)
(0.0661941683145701…e-102
)
=1.2945559470046629…e+80![]()
Mirror value is :
![]()
Multiplying this value by modulus
of carrier frequency of the universe , we can get an volume of
。
2.6 Area of
the universe
Dimension of area is ![]()
,
,
takes 2 ,and according to traditional method we know
=
;
,by equation(1-2)we can get :
![]()
=1.2375554624628368…e+54
Mirror value is :
![]()
Multiplying this value by modulus
of carier frequency of the universe , we can get an area of
,this one approaches to an physical
constant of Tom section . Observed data of Tom section is
。
2.7 Total
energies and radiated energy in vacuum of the universe
Dimension
of energy is ![]()
,
,
takes 1 ,taking
=1 ;
,by equation(1-2)we get :
![]()
=3.8083650605016071e+70![]()
According to mass-energy formula of relativity , we can also calculate total energies of the universe
(4.2315167338906745…e+53
)(2.9999999999999999e+8
)![]()
=3.8083650605016071e+70
,this result is same as the above one .
Mirror
value is :![]()
This value of energy had been calculated in previous paper which analized external physical property of past world (Refer to paper of Past World (PSTR) at author’s webpage) .
This value of energy also equals a result of product of Planck constant and carrier frequency of the universe , that is :
![]()
This is energy of past world in
substantiated universe
,it also can be calculated by :

This guy of energy will play an leading role in both theoretical and experimental research in quantum physics and cryophysics in future .
2.8
Radiating temperature in vacuum of the universe
Dimension of temperature is ![]()
,
,
takes 1 ,taking
=1 ;
, by equation(1-2)we get :
![]()
=2.7587999999999996e+93
Mirror value is :
![]()
This is temperature of past world
in substantiated universe
,it also can be calculated by :

Again this demonstrates that in
vacuum , we indeed can detect such radiation of temperature of
Observed data of this sort of
temperature of the universe so far is
.
We had used this paramount data to
pin down value of information modulus of the universe (n) in Paper C .
2.9 Electric
current in vacuum of the universe
Dimension of electric
current strength is ![]()
,
,
takes 1 ,taking
=1 ;
,by equation(1-2)we get :
![]()
Mirror value :
:![]()
Again as unveiled in
previous paper , this result demonstrates that under
, we could detect
such current flow of
which is coming
from past world . Also this value falls in scope of those in cryophysics .
We also can simply get this electric current from Planck constant and carrier frequency of the universe ,

.
This is electric current of past
world in substantiated universe
,it also can be calculated by :

2.10 Composition of
force and force in vacuum of the universe
Dimension of force is ![]()
,
,
takes 1 ,taking
=1 ;
,by equation(1-2)we get :
![]()
=9.4145302857490500e+104![]()
Mirror value is : :![]()
This indicates that there
exist a force in vacuum whose
magnitude is about 9.3367e+11
Meanwhile we can determine distance within which this force acts from the radiated energy in vacuum of past world :
Acting distance =![]()
This distance is exactly the one of length gauge . We can not approach this dimension normally , so it remain undetected , but under certain extremely physical condition , such as cryophysics , it might flex its muscle .
This is force of past world in
substantiated universe
,it also can be calculated by :

2.11 Momentum of the
universe
Dimension of momentum is
=
,
,
takes 1 ,taking
;
,by equation(1-2)we get :
![]()
=1.2694550201672023e+62![]()
This value is as same as ones obtained from following method :
From Cosmology principle and assumption that speed of total masses of the universe is equal to speed of light , then we have :
![]()
![]()
=
Compared with these two results , we convince that total masses of the universe travel at speed of light .
Mirror value is :
![]()
This is momentum of past world in
substantiated universe
,it also can be calculated by :

2.12 Angular
momentum of the universe
Dimension of angular
momentum is J=
,so
, taking
;
J![]()
,by equation(1-2) , we get :
![]()
![]()
=
J
This result can
also be determined by another method , premise is establishment of cosmology
principle and supposition of speed of total masses of the universe is that of
light , then we have :
![]()
J
Here ![]()
Mirror value is : :
J
2.13 Power
of the universe
Dimension of power is ![]()
,
,
takes 0 or 1 ,taking
;
![]()
,by equation(1-2) we get :
When
takes 0 ,
![]()
This power of the universe is equivalent to total energies produced by the universe in one second of 3.6406792573015072e+52 Joule ,
This also means in an universal moment , it yields :
:
=0.4909090909090909e+10 Joule ,this is , in an universal moment , the universe spawns one standarded mass , that is :
![]()
。This conclusion conforms with
thoese gotten from previous paper utterly .
When
takes 1 ,
![]()
Mirror value are :
When
takes 0 :
;
When
takes 1 :
![]()
2.14 Frequency of the
universe
Dimension
of frequency is ![]()
,
,
takes 0 or 1 , takong
=1 ;
,by equation(1-2)we have :
When
takes 0 ,
This is operating frequency of the universe .
When
takes 1 ,
Mirror value are : :
When
takes 0 ,
![]()
Reciprocal of modulus of this value equals modulus of frequency of an object with one kilogram . .
When
takes 1 :
![]()
This is carrier frequency of the universe . According to calculation above , this frequency can be defined as :
(1-0)
when
,
(1-00)
its wavelength is
, falling in
microwave spectrum .
2.15 Speed and
conductance of the universe
Dimension
of speed is ![]()
,
,
takes 1 ,taking
= 1 ,
,we can get :
![]()
![]()
This is speed of modulus of the universe at present universal moment . With this speed , the universe can safeguards its capacity to converge all events happened within this universal moment into a standard mass and place it randomly on anywhere in the universe , even if the place is now at edge of the universe ( radius of the universe at present universal moment) .
Mirror value is : :![]()
This is speed of past world in
substantiated universe
,it also can be calculated by :

Multiplying this speed by
=
,that is , taking one mol of substances and fine stricture constant
into consideration , we can get a speed of

This is a speed similar to those in
cryophysics . Among observed datum in cryophyics , standard sound speed in
He superfluidity is
.
Dimension of conductance is
,same as velocity ,
taking
,
is modulus of basic charge ,by equation(1-2)we have : ![]()
![]()
Mirror value is :

This value approaches that of physical
constant of Hall quantum conductance . Observed data of Hall quantum
conductance is ![]()
2.16 Acceleration of the universe
Dimension of acceleration is
a
,
,
takes 0 or 1 ;
a![]()
,by equation(1-2)we have :
when
,
a![]()
![]()
can be settled by another method :
According to Second Law of Newton ,we have
,thus ,
a![]()
![]()
comjpared with these two results ,
we have
=1 。
So acceleration of the universe
is a![]()
。
This acceleration is that of total masses of the universe , and has nothing to do with information modulus of the universe . This implys that at any universal moment , there exists an composition of force of the universe acting on total masses of the universe for prupose of accelerating the masses to speed of light from initial speed of zero within an universal moment .
When
,
a![]()
![]()
Mirror value are
当
时 ![]()
当
时![]()
2.17 Surface charge density (electric field strength) of the
universe
Dimension of surface charge
density is ![]()
,
,
takes 0 or 1 ;
,by equation(1-2) we have:
When
0 ,we have :
![]()
When taking
,we have :
![]()
Mirror
value is :![]()
![]()
When
takes 1 ,we have :

当
时 ,
![]()
Mirror
value is :![]()
2.18 Magnetic
field strength of the universe
Dimension of magnetic field
strength is![]()
,
,
takes 0 or 1 ;
,by equation(1-2) we have:
When
takes 0 ,and taking
=
,we have :
![]()
Mirror value is :![]()
When
takes 1 ,
takes
we have :
![]()
Mirror value is :
![]()
2.19 Magnetic flux of
the universe
Dimension
of magnetic flux is
,
,
takes 1 , ,
=
,by equation(1-2) we have :
![]()
Mirror value is :
![]()
When
takes 1 , it is magnetic flux of past world in substantiated
universe
,it also can be calculated by :

When
takes
,

Thus , mirror value is ![]()
This value is same in terms of scale compared with quantum flux whose observed data is :
。 .
2.20 Magnetic moment
Dimension of magnetic moment is :
: m
,
,
takes 2 ,
m![]()
m
m
A(m)![]()
m
m
Mirror value is
m
When
takes
,
A(m)![]()
m
m
Mirror value equals
m =
m ;
when
takes
(here
is fine structure
constant)。
A(m)![]()
m![]()
Mirror value is :
=![]()
This magnitude of magnetic moment is much famiIiar and lovable , because it is proximity to those as below :
Magnetic moment of Nuclei :
;
Magnetic moment of Neutron :
;
Magnetic moment of Deuterium :
。
Applying equation(1-2) , we can shed light on all physical properties of the universe both
in macro-physics and micro-physics , despite several coefficients
remain undetermined
. However fortunately , most of them are equal to 1 or can be fixed by other
means , meanwhile when
takes values of
those combined from modulus of basic physical constants , we can get standard
value of corresponding physical quantity in micro-physics . This enable us
almost to pin down all physical properties of the universe , therefore to get a
clear physical pictures and well understanding about the universe thoroughly
.This also impress us strongly that both general physical properties and mirror
ones of the universe stem form same objiective reality --- vacuum and information
(past world) .
This general value equation of the universe does not apply to specific physical process , not to information unit either .
3 Mirror Equation --- Mirror Form of
General Physical Proerties Equation of the Universe
General values equation of the universe reflects values of all geneal physical proerties of the universe , and totally roll out characteristics of macro-physics of the universe . This result jusitify itself enough to make us jubilant , still there are more making us even amazing and appaling and far beyond our imagination that these general values whereby can be projected as an physical images onto quantum scope under vacuum as a mirror , and embode into elementary particles , incarnate among physical behaviours of these particles . That these mirror value times space time value of vacuum must revert them back to their general values ; Contrariwise drawing out STV of vacuum from these general values , those cooresponding mirror ones certainly emerge themselves mystically as representatives on behalf of micro physical properties in both quantum physics and cryophysics . Even some of these mirror values of the universe darefuly challenge to observation datum in these two physics directly with same value , same scales or approximate ones . It seems the universe as a whole is tucked into dimensions of quantum scope or less . What marvelous and wonderful it is really !
So we call general value equation of the universe under vacuum as its mirror equation , its values as mirror value . Furthermore , in specific physical conditions , many basic physical constants become derivatives of this mirror equation .Before introdcing this mirror equation , we make some STC analysis toward several basic physical constants in cryophysics .
3.1 Quantum flux ![]()
In
cryophysics , quantum flux ,
, is a basic
physical constant , it play an extremely role in both theoretical and
expremental business among the physics , also one of most basic ones in physics
.It qualify the first turn to show up .
Definition
of quantum flux is :
,and it has been verified by many experiments . By STC analysis , we
can learn that equivalent magnetic flux of basic charge
equals :
In calculation
above , we adopt observed data of basic charge .
Charge
gauge is :
(CST) , we call this charges as gauge charge thereinafter .
Thus , in one gauge charge , numbers of basic charges it contains would be
![]()
Through calculation , we find that :
(1-3) Compared
with this value and observed ones , we can view reasonably that
Theoretical
value of quantum flux is ![]()
Observed
value of quantum flux is ![]()
From property of CST , we have known
that
,also by
,we deem that physical meaning of
quantum flux is physical behavious of a pair of basic charge among a sample of
gauge charge , a sort of macro
quantum effect .
3.2 Josephson
frequency-voltage ratio ![]()
This constant is just
reciprocal of quantum flux , its observed data is
. By STC analysis
, we have :

This reveals another physical meaning of quantum flux --- relationship between energy and electric current . We certainly can figure out corresponding values of energy and current stemming from this constant , just notice physical conditions by which conclusions stand , which are background radiation of the universe and a sample of one gauge charge .
For
,setting temperature of background
radiation of the universe is
, taking participatant of
into
consideration , we have :

This Josephson current means macro quantum current effect of a pair of basic charges in a sample of gauge charge , under background radiation of the universe .
This Josephson electric current is same as gotten in section 2.9 .
Corresponding energy is :

This energy is same as gotten in section 2.7 .
3.3 Quantum
Hall conductance ![]()
STV of Hall quantum conductance is :
By default theorem , we get : :
Hall electric current :

We call this current as Hall current , its physical meaning is macro quantum electric current effect of a pair of basic charges in a sample of gauge charge , under background radiation of the universe .
If we multiply this current by modulus of carrier frequency of the universe , we can get an electric current of

What does this electric current mean potentially ?
Hall energy :

We call this current as Hall energy , its physical meaning is macro quantum energy effect of a pair of basic charges in a sample of gauge charge , under background radiation of the universe .
If we multiply this energy by modulus of carrier frequency of the universe , we can get an electric current of

This energy is equivalent to 2.4183 electron-volt .
What does this energy mean potentially ?
3.4 Mirror
equation
Mirror
equation represent projected value of general values of the universe , that is
mirror value of the universe
.
Mirror
value equaton is expressed as following : Suppose , general value of an
physical quantity is
,then mirror value of this physical
quantity can be formularized by an equation :
(1-4)
or ,
(1-5)
or ,
(1-6)
or ,
(1-7)
here ,
is an coefficient ,
information modulus of the universe ,
is a form of Past world
in substantiated
universe .
When
,we have :
(1-8)
or ,
(1-9)
Since this equation can totally and accurately project those general values of the universe onto quantum dimension , so we call the equation as mirror physical property equaton of the universe , or simply call mirror equation of the universe . It is obvious that this mirror equation is a morphing form of default theorem .
This equaton can be derived from its mother equaton --- general physical property equation of the universe . Process of inference is as below :
From ![]()
, and
Introducing
into general
equation (refer to paper of General Physical Properties of the Universe and Its
Evolutionary Tendency at author’s webpage ) , then we get :
![]()
let![]()
thus ,
或 ![]()
Physical meaning of equation(1-9)is that at present universal moment , past world showcase itself in substantiated universe by means of micro physical properties onto quantum dimensions , and embed into elementary particles which swank such physical characteristics under particular physical circumstaces. .
3.5 Mirror
value and Planck particle
Mirror vaues of the universe has been calculated in chapter 2 of this paper from general values of the universe . Of course ,we can calculate these mirror values directly by mirror equation .
For
example , regarding total masses of the universe , given
and
,then from equation (1-8), we get directly :
![]()
![]()
This is mirror value of masses of the universe .
Total masses of the universe can get from multiplying this value by STV of vacuum :
In paper of Completable Space Time and
Default Space Time (see it at author webpage in Paper A) , Planck particle(
)was defined ,also it pointed out that Planck particle is the most fundamental
particle of the universe , rest of substances are all consists of Planck
particle . Gigen such universal property of Planck particle , we deem it as
origin of the universe . Now we construe and prove this assertion .
For any
physical quantity , we have an conclusion that mirror value of this quantity
equals that of (
)numbers of Planck particles , that is :
(1-10)
and
general value of this physical quantity equals that of
numbers of Planck particles :
(1-11)
here ,![]()
is carrier
frequency of the universe and ![]()
This formular can be derived easily from general value equation of the universe :
From
,divided vacuum on each side of the equation , we have : :
![]()
So ,
。
When
,and
takes 1 ,from equation (1-10), we get :
![]()
Thus we can get an conclusion that most
of physical properties both in macro and micro physics are equivalent to that
of
and
numbers of Planck
particles respectively .
STV of
numbers of Planck
particles equals![]()
![]()
STC of
numbers of Planck
particles can be reverted from its STV into :

These
are STV and STC of past world in substantiated universe , that means at present
universal moment , past world
is equivalent to
,that is 1.0460589333333332…e+18
numbers of Planck particles , or we also can say that at present universal
moment , inherence frequency of past world equals 1.0460589333333332。。。e+18 Hz 。
Although we do not have ability to keek
at events inside past world so far , but these events have never shied away
from exposing themselves around us .
By conclusions drawn from information equation of the universe presented
in previous paper , we have leant that elementary particles possesses
information structures , that is , it is consists of certain universal events
happened in past . So physical behaviours of these particles actually are
performances of those events confined within micro dimensions and show
themsevies through phenomena of micro physics . This also means physical
behaviours of elementary particles are utterly determined by corresponding
universal events happened in past . For insance , we can say strictly that on
earth , an universal event happened at A.D.1776 , July 4 could give rise to an
certain elementary particle behaviouring physically as
, while another
universal event happened at A.D.1949 , Oct. 1 could result in another
elementary particle behaviourign as
physicallly .
Those information matching these two
events interact with initial modulus of the universe and rehabilitate to a
substantiated form darkened which are
exactly those two events ever happened in observed universe , totally
reappreareance of these two events . Also if the information matching these two
events are composite information item belonging ones stipulated in information
equation of the universe , then there would be an composite event
+
happening in darkened universe where these two events
combine together and blend into an new universal event we have never seen .
According to definition of event , this blended event is of course
substantiated one . Please refer to section 6.4 of this paper and paper of
Definition of Information Unit and Information Equation of the Universe at
author’s webpage .
We see that most of general and mirror values of the universe can be calculated by carrier frequency of the universe and get same results as gotten from information modulus of the universe .
Our perception is that this carrier frequency of the universe would be doorstep through which human could finally find techanically a way feasible to release those past events confined within past world out and be projected on spotlight in substantiated observed universe .
4 Derivation of Basic
Physical Constants From Mirror Equation
Now we take a sample of one gauge charge and pick up a pair of basic charges as inverstigating target . Therefore we can use equation(1-8) to derive out some basic physical constants .
Suppose
, sample of CST is
,from equation1-8)we have:
(1-12)
Physical
meaning of this formular is that past world
incarnates itself physically as a pair of basic chares in a
sample of gauge charge . 。
Now
captalized on equation(1-12)to calculate
some basic physical constants , taking observed data
。
4.1 Magnetic flux effect---Quantum flux constant
Dimension of magnetic flux is
,
,
takes 1 ;
=![]()
is coeffecient 。Substituting the above value into
equation(1-12)we have :

taking
,at same time we deem
as theoretical
one of
,then :

This result hints that governing by past world , a pair of basic charges in a sample of gauge charge behaviour physically itself in quantum as quantum flux constant , in other word , quantum flux is one of most foundamental presentation of past world in substantiated universe , under certain physical conditions .
Observed
data of quantum flux is
。
We see
this constant actually has something to do with
,this means it would change along
with evolution of the universe . Refer to Chapter 5 of this paper .
4.2 Josephson Effect---Josephson frequency-voltage ratio constant
Dimension of frequency-voltage is
,
,
takes 1,
=
,by equation(1-12)可得:

let
,and viewing ![]()
![]()