General Physical Property Equation and Its Mirror Equation of the Universe

----- Unified Expressions for Macro- and Micro- World of the Universe

Author : Zhiqiang Zhang

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 !

1 General Physical Property Equation of the Universe

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 :