Sunday, March 26, 2017

Why Space-Time = Energy Has Only Two Dimensions (Constituents) – Space and Time (Part 5)

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Why Space-Time = Energy Has Only Two Dimensions (Constituents) – Space and Time (Part 5) » Stankov's Universal Law Press


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Why Space-Time = Energy Has Only Two Dimensions (Constituents) – Space and Time (Part 5)
by Georgi Stankov Posted on March 20, 2017



The Greatest Blunder of Science: „Electric Charge“ is a Synonym for „Geometric Area“

Its fundamental SI Unit „Coulomb“ is a Synonym for„Square Meter“

Georgi Stankov, March 20, 2017

www.stankovuniversallaw.com

The recognition that the physical world = the universe = All-That-Is we observe with our limited senses as sentient human beings has only two dimensions/ constituents – space and time and can therefore be assessed only as space-time (as already done in the theory of relativity but not fully comprehended yet by all physicists) – is the greatest revolution in the human world view, once it is fully anchored in the minds of the people. That is why I departed in this series of articles from the SI system by proving so far that five of its six basic SI units can be reduced to the two dimensions – space and time (frequency).

As it is generally acknowledged that all the other SI dimensions and units are composites of these six fundamental dimensions and units, this is the unequivocal proof that space-time = energy = All-That-Is has only two dimensions – space and time. In this context it is vital to reiterate one more time that any physical experiment contains the SI system as a method of definition and measurement of the observed physical quantities and parameters so that reliable and reproducible results can be achieved.

At the same time I have proved beyond any doubt that the method of definition and measurement of all physical quantities is mathematics and/or geometry. As both disciplines are hermeneutic categorical systems of human consciousness and have no external object of study, all physical quantities present-day physics deals with are abstract categories of the human mind and not intrinsic properties of physical matter as it is erroneously believed by all physicists today. When this knowledge is fully internalized, one has an open access to the new Physical and Mathematical Theory of the Universal Law.

So far I have proved in my previous articles that five of the six fundamental SI dimensions and their corresponding units can be derived (and thus eliminated), from the two basic constituents of space-time = energy = All-That-Is – space and time (frequency) as this is listed below one more time for the sake of clarity:
(1) length (metre) (Part 1),
(2) conventional time (second) (Part 1),
(3) mass (kilogram) (Part 2 and Part 3),
(4) temperature (kelvin) (Part 4),
(5) amount of substance, also called “the mole“ (mol) (Part 3),
(6) current (ampere) and charge (coulomb)

The last two dimensions and SI units, current (ampere) and charge (coulomb), are defined in a circular manner so that they can be reduced to one dimension and unit as I shall explain below. Since I have discussed both quantities in a comprehensive article published on this website, I will refrain from giving the full proof here as it contains some complicated mathematical equations and necessitates a very deep knowledge of electromagnetism and quantum mechanics. I recommend my readers to read my article in full here:

The Greatest Blunder of Science: „Electric Charge“ is a Synonym for „Geometric Area“

and also Volume II on this same topic. Below I will quote the basic conclusions of this article:

“Abstract

“The current definition of the basic quantity „electric charge“ and its fun­damen­tal SI unit „coulomb“ in physics is undoubtedly the greatest blunder of modern science. When the principles of mathematical formalism are applied to this defi­nition, it can be proven in an irrevocable manner that „electric charge“ is not an intrinsic property of matter, as is erroneously believed in physics today, but a syno­nym for „geometric area“, while its SI unit „coulomb“ is a synonym for „square meter“. The reason for this systemic blunder is the incomplete, and hence, for­ma­lis­ti­cally wrong translation of the current definition of electric char­ge into a ma­the­ma­tical equation by physicists, from which they have sub­se­quently derived all known laws of electricity, magne­tism and electromagnetism. Thus, this formalistic blun­der has been repli­cated infinite times through­out the history of this science and has biased the whole edifice of physics and natural sciences from mathematical, epistemo­logical and cognitive point of view. This revo­lutionary physical and mathe­matical proof affects the very foun­da­tion of modern science. At the same time it opens the pos­si­bility for a full axioma­tisation of physics and its development to a consistent, unified theory of the physical world (see Volume II).

Introduction

The current definition of the basic quantity „electric charge“ and its fun­damental SI unit „coulomb“ in physics is, undoubtedly, the greatest blunder of science since the rejection of the geocentric Ptolemaic system of the universe in late Renais­sance, when the foundation of modern science was laid by such prominent scho­lars as Coper­nicus, Galilei, Kepler and Descartes.

Although since then billions of phy­si­cists, scientists, teachers and students have stu­died, educated and used the defini­tion of „electric charge“ in the firm belief that it is an intrinsic property of matter, and are still doing so today in schools, univer­sities and experimental research all over the world, they have obviously failed to realize that this definition of charge is, in fact, a synonym (tautology, pleonasm) of the simple geometric term „area“, which is known since anti­quity, e.g. in Eucli­dean geometry. Accordingly, the SI unit „coulomb“ is a synonym for the area unit „square meter“:

charge = geometric area

1 coulomb = 1 m2

The reason, why this greatest scientific blunder could have occur­red in such an „exact“ natural discipline as physics, lies solely in the fact that physicists have translated the verbal, non-mathema­tical definition of „electric charge“ in an incom­ple­te, and hence, wrong way into a mathematical equation, from which they have subsequently derived all known laws of electricity. Thus they have biased the theory of electromagnetism, and also quantum mechanics where all elementary particles of matter are supposed to have a charge, from an epistemolo­gical and cog­ni­tive point of view. This ele­mentary and incompre­hen­sible mathematical inconsis­tency has been grossly over­looked by educa­ted mankind and exposes present-day physics as fake science.

In the following, an impeccable and irrevocable mathematical proof will be pre­sented that is based on the methodological prin­ciple of mathematical formalism, namely, the principle of in­ner consistence and lack of contra­diction, also known as Hil­bert’s formalism: It will be shown that „electric charge“ is not an intrin­sic property of matter, as is believed in physics today, but a syno­nym for „geometric area“, and that the SI unit „cou­lomb“ is a syno­nym for „square meter“.

All mathematical proofs presented in this publication are accomp­lished accor­ding to established physical theory and experi­mental evidence, and adhere diligently to currently accepted defi­ni­tions in electricity and magnetism that can be found in any com­pre­hensive textbook on physics. The new, revolu­tio­nary aspect of the present elaboration is the consistent implementation of mathe­matical for­ma­­­lism in physics and the novel interpretation of the epis­te­molo­gical and cognitive background of basic physical terms.”

The two basic quantities of electricity and their SI units – charge Q with the SI unit “coulomb“ (C), and current I with the SI unit “ampere“ are defined in physics as follows:

(I) „The SI unit of charge is the coulomb, which is defined in terms of the unit of electric current, the ampere (The ampere is defined in terms of a magnetic-force measurement…( F = E/s, when s = 1, F = E which is actually energy measurement, see Universal Equation). The coulomb (C) is the amount of charge flowing through a cross-sectional area (A) of a wire in one second (time) when the current in the wire is one ampere (action potential)“. (1)

(II) „If ΔQ is the charge that flows through the cross-sectional area A in time Δt, the current is I = ΔQ/Δt. The SI unit of current is the ampere (A): 1A = 1C/s“. (2)

This circular, tautological definition of the two fundamental quantities of electricity, charge and current, within the SI system is based on the geometric method of measurement of their units. Practically, it is based on the definition and measurement of the (electro)-magnetic force which is an abstract mathematical quantity of the primary term “energy” (F = E/s, when s = 1, F = E). This force is also called electromotive force (emf).

The classical definition of electric charge and current, as quoted above, implements mathematics in an inconsistent way and introduces a systemic flaw in electricity that extends throughout the whole edifice of physics. This has not been realized so far. When the non-mathematical, verbal definition of electric current (II) is presented in mathematical symbols in physics, the quantity “cross-sectional area A“ is omitted without any reason:

I = ΔQ/Δt.

This omission in the mathematical presentation of the current is a fundamental formalistic blunder with grievous cognitive consequences for this discipline. This becomes evident when we express the present formula of the current in non-mathematical terms:

“Electric current I is the charge ΔQ that flows during the time Δt or alternatively: “current is charge per time.“

This definition is meaningless, as physics “does not know what charge is“ (3).

In reality, the current is measured in relation to the cross-sectional area A of the conductor according to the principle of circular argument. The latter is the only operational method, with which all six known physical quantities in the SI system are initially defined within mathematics and then measured in a secondary manner in the real physical world (see above). As I have shown for the other five basic dimensions (quantities and SI units) this procedure is the foundation of the SI system – it is the universal method of definition and measurement of all physical quantities and their corresponding SI units.

The principle of circular argument operates as follows: For each specific physical quantity, defined in an a priori mathematical manner in the mind, a real physical system is chosen as a reference system and its specific quantity, e.g. energy, force, space, time, etc., is assigned the number „one“ = 1. This is a basic mathematical procedure, a primary axiom in the new Axiomatics that allows the application of mathematics to real objects.

In the above definition of charge, the reference system is the cross-sectional area A of the wire, which can be experimentally measured. The charge is then defined as a relationship to A and is thus per definition also area:

I = ΔQ/AΔt.

One can only compare identical quantities. When A = 1, the cross-sectional area may disappear optically as a quantity from the mathematical equation of the current, but it is still part of its theoretical definition. This fact has been grossly overlooked by all physicists so far and I am speaking here of millions (?) of physicists and scientists since Galilei founded physics four centuries ago.

As the electric current I and its SI unit ampere is part of this circular definition, and its method of definition and measurement is the electromotive force F which is an abstract quantity of the primary term, energy E = SP(A)[2d-space-time], it is very simple to show that electric current is defined as electromagnetic action potential:

Current = I = EA= SP(A)[1d-space-time][1d-space]

From this elaboration we can derive the following fundamental, universal, methodological principle concerning the method of definition and measurement of all physical quantities in physics:

Physical relationships can only be built between identical quantities.

There is no exception to this rule. Relationships between heterogeneous quantities are meaningless, unless they are associated with conversion factors that establish the equality of dimensions in a physical equation. Such conversion factors are often defined in physics as natural constants. This is the mathematical basis of modern physics that should be the topic of any true methodology of this natural science.

The aforementioned basic formalistic considerations regarding the application of mathematics in physics were made for the first time in this theoretical clarity by myself after I discovered the Universal Law and developed the new physics in the 90s, although they have been intuitively followed in conventional physics, unfortunately not in a consistent way, as has been shown for the definition of charge above.

It is a basic axiomatic knowledge that:

it is sufficient to introduce only one wrong statement in a mathematical system to bias the whole system.

This knowledge, as proven by Gödel in 1931, has undermined Hilbert’s formalism, with which the consistency of mathematics ought to be proven by finite procedures (4). This has triggered the foundation crisis of mathematics (Grundlagenkrise der Mathematik) as embodied by the continuum hypothesis and the famous Russell’s antinomy. This crisis is still ongoing, notwithstanding the fact that nowadays all mathematicians and theoreticians prefer not to take any notice of it.

Since physics is applied mathematics to the physical world, the ongoing foundation crisis of mathematics also affects the theoretical foundation of this natural science. Gödel proved essentially that mathematics, being a hermeneutic discipline without an external object of study, cannot furnish the missing proof of existence (Existenzbeweis) by finite procedures and thus achieve its full axiomatisation with its own means. Each time such formalistic procedures are applied to the structure of mathematics, they lead to fundamental antinomies and challenge its very foundation. Gödel’s theorem tells us in plain words that, in order to solve its ongoing foundation crisis, mathematics should seek its proof of existence in the real physical world.

The goal should be the establishment of an integrated physical and mathematical axiomatics based on finite procedures, with the help of which the proof of existence should be empirically rendered. Such an axiomatics should depart from a small number of primary axioms – ideally from a single primary axiom – that are valid in both physics and mathematics, so that there will no longer be any artificial theoretical separation between the two disciplines.

The new Axiomatics of the Universal Law departs from one single term, the primary term and axiom, which is both the origin of physics and mathematics:

Primary Term = Energy = Space-Time = Continuum =

Continuum of numbers = Infinity = All-That-Is

The theoretical results of the present publication in the field of electricity and electromagnetism shows that this task can be easily achieved within the existing structure of physics by consistently implementing the principles of mathematical formalism and thereby eradicating all mathematical, formalistic blunders that have been historically introduced in this natural science. Such mathematically inconsistent statements and definitions contaminate the structure of present-day physics, where all mathematical equations are essentially correct and all their verbal interpretations are entirely wrong.

This has hindered the unification of physics and its natural evolution to a transcendental biophysics as I have done in the new General Theory of Science of the Universal Law (read also here). In fact, present-day, conventional physics is a “fake science” in terms of true cognition of All-That-Is, just as the “fake MSM news” are a total distortion of the political and economic reality in which humanity dwells on the cusp of its ascension.

Present-day physics is incapable of grasping 3D space-time as a holographic image of the limited human senses and perception and its current transformation to a multidimensional simultaneity where the identical physical quantities (dimensions), conventional time and space (as distance), are eliminated as a human illusion once and for all.

Only energy and frequencies really exist in All-That-Is.

At present, physics, being a scientific categorical system for the physical world, cannot adequately reflect the unity of Nature – for instance, gravitation cannot be integrated with the other three fundamental forces in the standard model, and there is no theory of gravitation at all. The elimination of these mathematical inconsistencies from the theory of physics by myself has allowed the development of this natural science to a truly axiomatic system of Nature based on the primary term of human or any other consciousness in All-That-Is.

This accomplishment was the much endeavoured unification of physics by many renowned physicists on the basis of mathematical formalism since the beginning of the 20th century. This was however first accomplished by the author in 1997 when he published his first volume on the new physical and mathematical theory of the Universal Law and then further developed in volume II that can be read independently of volume I and contains many more advanced derivations that cannot be found in the first book.

Essentially, volume II is a comprehensive textbook on physics, theory of mathematics and cosmology and contains the entire theoretical content as can be found for instance in the very popular textbook on physics for students at universities written by P A Tipler, the design of which I used as a raw version for my books on physics as to facilitate the didactic approach of the reader to the new revolutionary theory of the Universal Law.

Notes:

1. Tipler, PA, Physics, Worth Publ., New York, 1991, p. 600.

2. Tipler, PA, p. 717.

3. Tipler, PA, German ed., p. 618.

4. Gödel, K. Über formal unentscheidbare Sätze der Principia Mathematica und verwandter Systeme, Monatsheft für Math. und Phys.. 1931, p.173-198.


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Friday, March 24, 2017

Why Space-Time = Energy Has Only Two Dimensions (Constituents) – Space and Time (Part 4)

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Why Space-Time = Energy Has Only Two Dimensions (Constituents) – Space and Time (Part 4)
by Georgi Stankov Posted on March 18, 2017



What is Temperature?

Georgi Stankov, March 18, 2017

www.stankovuniversallaw.com

Thermodynamics studies temperature, heat and the exchange of energy. This branch has the same universal role in physics as wave theory. The basic quantity of space-time in thermodynamics is temperature T. (1) It is as familiar to us as conventional time t. While the idea of time is based on the aggregated sensation of energy exchange in the body and the surroundings, mainly perceived as motion in transition, our idea of temperature is linked to the sensation of warm and cold that is transmitted to the central nervous system by tactile senses. Contrary to other abstract physical quantities, temperature and time are physiologically associated with our sensations. Precisely for this reason, though, temperature (and conventional time) has not been understood.

Temperature is defined by a change in space. In thermodynamics, this change is measured three-dimensionally as volume [3d-space]. It is very important to observe that the change in space is the primary event, while its association with thermal sensations, such as “warm“ and “cold“, is of secondary anthropocentric character. Therefore, we should clearly distinguish between the subjective perception of temperature and its abstract, geometric definition as a physical quantity.

When the Universal Equation is applied to the definition of temperature as a change in volume, we can show that it is a concrete quantity of time:

T = f = [3d-space]x / [3d-space]R = fR / fx = SP(A)

As with all other quantities, the method of definition of temperature is at the same time its method of measurement. This fact is at best illustrated in a survey on the historical development of temperature scales.

The method of definition and measurement of T reveals a fundamental property of space-time that has not been realized so far – temperature can only be measured in thermal contact. This fact reveals the continuousness of space-time. As T is time f, and f is a quantity of energy exchange E ≈ f ≈ T, this would mean that thermal exchange takes place between contiguous levels – space-time is continuous (primary axiom). This fundamental property of space-time also includes photon space-time. This aspect is not fully comprehended in thermodynamics.

The measurement of T takes place in thermal equilibrium, also known as the zeroth law of thermodynamics. This law says that if two objects are in a thermal equilibrium with a third (through contact), they are in thermal equilibrium with each other. This is an intuitive notion of the primary term as a continuum.

The zeroth law anticipates the existence of a common thermodynamic level of space-time, which is part of all material objects (U-subset of matter). The absolute time of this level is constant T = cons., because its space-time is also constant. I shall elaborate this aspect in detail below.

As we see, all basic ideas of physics are intuitive perceptions of the nature of the primary term. This also holds for thermodynamics. Thermal contact and equilibrium are the real prerequisites for the definition and measurement of temperature. According to the principle of circular argument, one needs a reference system (building of equivalence) to make a comparison (building of relationships).

The choice of the reference system to which the temperature of the objects is compared has evolved with time. The mercury column of the normal thermometer is such a reference system. From a theoretical point of view, the choice of the substance is of no importance – mercury can be substituted by any other substance. This liquid metal has been selected for practical reasons.

The choice of the geometric shape of the mercury column is, however, not accidental. It is a cylinder with the same cross section along the whole length of the scale, so that equivalent changes of the mercury volume lead to equivalent changes of the column length:

Δ[3d-space] ≈ Δ[1d-space].

Thus, the building of equivalent increments of mercury volume, which can be regarded as constant action potentials EA, is the a priori condition for the measurement of temperature T = f and heat Q = E = EA f. Once the building of real space equivalences is ensured by applied geometry, mathematics is subsequently introduced as the method of measurement.

The historical procedure has been the following: the normal freezing point of the water (ice-point T) has been assigned the number “0“, the normal boiling point of water (steam-point T) – the number 100. The unit of volume change is arbitrarily called “degree“ and is written as 0o C or 100o C. “C” stands for Celsius, who was the first to introduce this scale – hence Celsius temperature scale.

The length of the mercury column at 0o C is Lo and at 100o C it is L100. The length difference ΔL = L100 – Lo is subdivided evenly into 100 segments, so that each length segment corresponds to “1 degree“ (2). The number “100“ for ΔL is voluntarily selected. Within mathematics, we can assign this magnitude any other number, for instance, “1“ as the certain event or 1 unit, without affecting the actual measurement of temperature.

From this we conclude that the number 100 of the Celsius scale is a simple conversion factor K = SP(A) of space measurement. This becomes evident when we compare the Celsius scale with the Fahrenheit temperature scale (see exercise 1. below).

Celsius temperature tc is defined as:

tc = (Lt–Lo) / (L100 – Lo ) ×100 = ΔLx /LR =

[1d-space]x / [1d-space]R = fR /fx = f = SP(A)

or

[1d-space]x fx = [1d-space]R fR = vx = vR =

[1d-space-time]thermal = cons.

The above equation proves that:

“Thermal equilibrium“ is a tautology of the constant space-time of the thermodynamic level of matter.

However, the actual space and time (temperature) magnitudes are specific for each substance or object that can be regarded as a distinct thermal system – hence the necessity of measuring its particular temperature (time) and volume (space). The same holds true for their relativistic changes.

All we can do in physics is to measure space, time and space-time of the systems and levels.

Anything else is the delusion of the conventionally thinking physicist’s mind. That is why current physics is fake science as the MSM are fake news.

Thermodynamics confirms that space-time is an incessant energy exchange. This discipline has developed the most adequate perception of the primary term. Therefore, it is not surprising that the first law of thermodynamics assessing the conservation of energy is a static perception of the Universal Law, as it is no coincidence that its discoverer, Julius Robert Mayer, was a physician as the author of this article. Both of them studied medicine in Germany and first discovered the Universal Law as a law of conservation for organic matter, and only after that confirmed it in physics (in 1842, respectively, in 1995) (3). Space-time is a cyclic phenomenon in evolution. This is also true for the history of any scientific discovery concerning space-time (4) .

Although mercury thermometers are commonly used, they are not very precise outside their calibration points. The constant-volume gas thermometer enjoys this virtue to a greater extent. Instead of volume change, it measures change of pressure. This isobaric measurement of temperature is based on the ideal-gas law. I have shown in Volume II that it is an application of the Universal Law.

The further refinement of temperature scales reflects the inherent striving of man for precision in assessing space-time. Because of the difficulties in duplicating the ice-point and steam-point states with high precision in different laboratories, a temperature scale based on a single fixed point was adopted in 1954 by the International Committee on Weights and Measures – the triple point of water. This equilibrium state occurs at a pressure of 4.58 mmHg and a temperature of 0.01o C. The ideal-gas temperature scale is defined so that the temperature of the triple point is T = 273.16 kelvins (K), where “degree kelvin“ is a unit of the same size as the Celsius degree. The number 273.16 is thus a conversion factor (T = tc + 273.16).

As the triple point of water was found to be imprecise, in 1990 a new fixed point for the Kelvin scale was introduced based on 17 calibrating points (minimisation of systemic failure).

This is not the end of the story. With the discovery of the Universal Law, it will be possible to define a new, more precise temperature scale that will be based on photon space-time as a reference system as is the case with the two dimensions (constituents) of space-time – space and time. The scientific foundation of such a scale is based on the knowledge that temperature is a quantity of time (see Stankov’s law in Volume II, chapter 5.7). Below I have added two simple exercises for my readers to test their newly acquired knowledge on the new physics of the Universal Law.

Exercises:

1. Express the conversion factor of the Fahrenheit temperature scale to the Celsius scale in the new space-time symbolism.

2. Determine the space-time dimensionality of the coefficient of linear expansion α and the coefficient of volume expansion ß. Discuss these quantities in the light of the new axiomatics. Suggest at least three applications of the Universal Law in the production and construction of materials subjected to significant thermal expansion or contraction.

Notes:

1. We use for temperature in physics the symbol “T“ in kelvin, which is the official SI unit. When temperature is explicitly given in the Celsius scale, I shall use tc.

2. It is important to observe that the same procedure is also used to define “per cents“. The term “per cents“ is a universal numerical relationship of any real or abstract quantity.

3. While Mayer was at first rebuked for his metaphysical style of scientific presentation and suffered from neglect, we can hope that the new axiomatics of the Universal Law will enjoy a more cheerful destiny. At least, one cannot argue that I do not understand Newton’s laws as was the case with Mayer. In fact, it was Newton that did not understand gravitation. This is true for any physicist before and after him.

4. One may speculate, whether it is a coincidence that the discoverer of the Universal Law comes from Thracia, which is the cultural homeland of Heraclitus, the first discoverer of the Universal Law, the atomists, the first really modern scientists of the Old continent, and Aristotle, the universal genius of antiquity, who developed a universal categorical system of science based on the intuitive (or maybe rational) perception of the Universal Law. The answer will be given in the very near future.


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