Action LogoThe dakhiometry

L'évolution de l'univers

Nguyên Tân Tài

Squaring Circle


Its consequences.

Adding Cubes

by Nguyên Tân Tài

Construction Law of Viêt-Nam

The consequences of its resolution.

- angle + trisection + best + results + 2011 (Egypt)

a) -In the meantime, the meaning of doubling-a-cube resolution is also an equivalent importance for year 2011 events on Earth.
b) - Squaring the Circle, Trisection of an Angle and Doubling a Cube are three hugue rational and basic Portails for accessing the universe Space.
c) - Stating them as Impossibilities is as prohibing the freedom for human thinking.

The Doubling-a-Cube is not a simple gadget, a Ticks of Mathematics. Telling Doubling a Cube seems to be simple. But as like an ocean, one can't achieve its end because this ocean is no more than the universe space. Its worth more than any weight in gold. It ruins the Irrationality.

- transformation + of + cubes (India)

What are Mathematics Impossibilities

Impossibilities of Mathematics are originated from the Mathematic Numbers system. It drives to the Mathematics millenary impossibility to resolve three main basic problems in science:

a) - Mathematics Transcendental Numbers.
b) - Mathematics Irrational Numbers.

1) - There is no Transcendantal Numbers according to the Squaring a Circle resolution where the Number Pi is rationaly constructed and is not an undetermined Transcendental one.

2) - Irrational Numbers as the (21/3) is a false statement that rests on a false argument statement as due to the irrational (21/3). It is proved in this texte with the complete resolution of the Doubling a Cube conjecture where the (21/3 can be precisely figured out as a length.

a) - One of it immediately consequence is that the Third Root of any Quantity can be defined accurately when the Dakhiometry spatial language construction is used.
b) - It shows the fact that universal Laws are expressed only in a plane or only in Two Dimensions Space.


- impossibility + of + doubling + cube (..)

- double + the + cube + of + length + z (

This the exact general definition of this doubling-cube problem.

It is according to the spatial construction property. One have only to construct the structure, whatever any initial unit defined for constructing this figure.

- doubling cubic (Serbia)

- doubling + cube + proof (Serbia?)

- how does the volume of a cube change if its dimensions are doubled (Mexico)

This problem is a direct one that can be resolved by a current linear calculation.
The following inverse problem is a more difficult when it concern to find The Exact Given Part that composed precisely an initial Given Length.

The problem is from a given volume of a cube how to double its initial volume.

This is a well known millenary problem about which Mathematics states as impossible to geometricaly resolve because the Third Root of Number 2 is an irrational one. It is underlined there that irrational Numbers is mathematicaly defined as being not a finite solution from a division.

However, this is a bad, false and conventional definition. It is due to that Mathematics knows how to do Number division only with the euclidean division algorithm. But this latter is by itself an "irrational" imprecise method for exact division. Most of Number division are then an open loop operation that never be ended. This unprecise method is badly extended to Geometry so that the irrationality definition was extended as "irrationality is unconstructible number of the Geometry". From there necessary, one understand that the universe space is composed of Space HOLES. The universe Space is then mixed with Nothingness for the current Mathematics! The conclusion is a doubt about the oddness as: "Why a Nothingness can be mixed with the concretness of a space volume?"

For such DOUBT the Dakhiometry can give a precise proof that the irrationality is no more than mathematicians' fantasy. It concerns to the rational answer that the Third Root of Number 2 can be rationaly constructed.

The LENGTH of the Third Root can be figured out by spatial construction using the Dakhiometry Spatial Language Method:


This present text exposes how the Impossible Doubling a Cube can be rationaly and simply resolved.

The Doubt is about:

1) - Do the Doubling a Cube be an Impossible construction?

To prepare some answers it should be necessary to get the factors that may characterize the uniqueness for a more precise conscience concerning this problem.

All what mathematicians conscience that has until now done on the doubling a cube, was the Three-Dimensions of a cube. It is from such main factor that any mathematicians falled to have a more precise possibility for some solution. It is not with different types of parabola and hyperbola that they can found some key for a precise answer. Thus, with:

Doubling-a-Cube = 2.(Cube-side)3
Solution of final Cube-Side = (cube-side).((21/3))

Mathematicians will get and another doubt following the doubling-a-cube one. This is the new doubt about:

Is ((21/3)) a constructible Numbers?

We know that Mathematics response is to state the Impossibility of this problem resolution.

The Dakhiometry preparing to concretly and precisely structure its Doubt

- hoe does doubling cube work (

- doubling cube Vietnam (Germany)

- examples of doubling volume in math (, Oregon)

- transformation + of + rectangular + form (

There is relationships between parallelepipede form with the cube one.

- if + the + length + of + each + side + of + a + cube + was + doubled + what + is + the + corresponding + effect + on + the + volume + of + the + cube.

Initially, if side is X, then cube volume is X3

Now, this cube-side will be 2.X

The final resuling cube volume will be:


But not as a double cubes like,

- prove that if a "mumber" is double than its cube is 8 times the cube of given number (India)

[(2x)3 = 8. x3]      ???

Or also interesting:

[(y.x)3 = y3. x3]      ???

This seems to be an odd thing isn't ?

However, the Dakhiometry is also a top odd-thing.

Here next is shown what was developed this interesting Dalhiometry method, a one for kids, never known to overcome this last strange formula to allow the whealthy rational and magic pratical tool for any volume transformations.

Double cubes - If + the + sides + lengths + of + a + cube + are + doubled how + does + that + affect + the + volume + of + a + cube (

These next figures show the result of final Cube by doubling-Side of initial cube. The result is then:

[(2x)3 = 8. x3]

The basic general reason is proved in the following...

- The Dakhiometry magic Transformation tool is as follows -
Application From

- single + cube + transe + formation (..)

- single + cube + transformation (..)

- single + cube + transformation (

Here is a general process to transform a given-cube form in any cubic volume needed...
A world where any being should be necessary defined in a cubic form then, any of their tranformation is possible !!!

In fact, this can be stated more generally as:
A world where any being should be necessary defined in a same GIVEN COMPLEX (or not) FORM then, any of their tranformation is possible !!!

If a such world is with the complexity independent from Form then, this world is valid with the Unity principle. This means that a such world is also in a wealthy complexity one !

It is the case of OUR UNIVERSE!

Coplexity in our Our Universe is independent from any Form-or-Appearance !!!
Fantastic isn't !

A basic real fantastic Unity principle.

- singie + cube + transe + for + mation (India)

Resolutions from the Dakhiometry language is easy and rational.

Note that with the Spatial language there is no problem of figure scale. So for precise trance-formation of an atomic cubic form or the one of a heavenly body one have only to go in trance by choosing the unit scale of one's figure.

- single + cube + transe + for + mation (VietNam)

- algebraic proof doubling the side length of a cube multiplies the volume by 8 (, Kansas)

The proof is there seen under the algebraic form.
However it is here for a best understanding by the current mathematiciens that are formed only by Algebra.

This problem was not yet proved by the current Mathematics even under algebraic method. This shows that the algebraic tool by itself don't allows to do such proof.

Double cubes Therefore,
According to the 3-D view of a cube the question is:

Where is there any questioning about doubling the side (L) of a cube?

Isn't the answer so practically obvious?

Thus, if there was probkems about doubling the side of a cube then, this situation is due ONLY to the difficulty induced by the usual algebraic formation in Mathematics. Simply, Modern Mathematic is strctly thinking the world through the Conventional Numeric as the Archetype of the universe!

But the origin of the proof gives here can be successfully done only with the spatial method. In fact it is ONLY the spatial construction that enlights the understanding of such problem.

So on this next figures it is only the included figures that explain this problem.

The given algebraic formula are only as a for best understanding to mathematiciens with their usual algebraic capability.

Contrary to the Algebra where a (1) is only a conventional Unit. But what is a number (1)? Does it represents anything.
What means: 1 duck = 1 dog ?

But one should note that:
Only the unit-Length of a figure is the basic reason for starting any spatial construction.
The unit is the concrete Reality for all of this given figure transformations !

Therefore, only the spatial concept can give some clear understanding on such problem when one knows that a spatial figure begins at first by defining a true-global-constant-Unit-Length.

The basic Unit is not the anxiety for the Algebra.
While for the Dakhiometry Spatial Language, a spatial figure should represent the True Universe Space Reality. Because with the Dakhiometry Spatial Language, one should maintain a Constant unit of the figure according to that any transformation by addition, substraction, multiplication and division should be coherent to all the figure... according to a Constant defined Unit-Length of the figure!!!
It should be at least a such discipline for sciences when considering real phenomena... You may note that it is not the dead Geometry worry.

Also one may note that it is the highly concern for any C.A.D. software used in Technology where a figure should be a true exact ratio of the reality!!!

Thus, it is forward when the questionning is being uniquely and globally resolved by spatial construction:
"prove that if a number is double than its cube is 8 times the cube of given number"

The algebraic form given next is strictly an information formalism but not a rational method. It is indicated here for mathematicians-of-Numbers in the form of Number-for-mathematicians.

But the Numbers is so poor method:
Can Numbers give any answer for adding, substracting, multiplying and dividing any solid form ???

The Dakhiometry can resolve all these problems...
by using the authentic rational Universal Spatial Language.

Note that the Spatial Language is not the anciant's Geometry. This latter is simply a language using drawing-figures replacing Words for talking discourses.
While the Dakhiometry Spatial Language is the direct equivalence of the alphabet elements of the universe matter
A rational construction with the Spatial Language is simply the direct image happened in the real universe space construction by itself.

If one need an example:

The Spatial Language construction for the Squaring the Circle is the direct equivalence with the Real Space property. Only such rational science allow the True Exactness of the Fundamental Space- Constant.

It is note also the case for resolving not only the Trisection of an Angle but the capability of the Addition, Substraction, Multiplication and Division done directly on any given angle in spacial-form (not by using the anciant's Trigonometric Number). This is directly the construction of Angle-Transformations.
With the Dakhiometry Spatial Language Science get there, the Top-Basic-Knowledge for understanding the whole universe construction in Space.

the universe Space is not the Anciant's Nothingness...
Well, owing to the Nothingness at least, the Rrelativity theory is Something.

However, whithout such real knowledge with the Spatial Language concerning the universe Absolute Space as scientific capability there is no possible man's science on the universe matter else than by amount of so-called scientific hypothetic presuppositions.
As for an example: the science darkness on basic problem of how to define the mass-center of any object. It is note that necessary, without a given mass-center, there is Nothing...

No surprise that proud of such ignorance drives to the fantastic Relativist Spatio-Temporal Thing !

- single + cube + transformation (

Cube volumes function of its side


If + you + double + the + sides + of + a + cube (, s. Colorado)

- if + you + double + the + length + of + a + cube. + What + do + you + get + (mathematics) (South Africa)

Note on the Dakhiometry Recurrence principle

The Recurrence of the Dakhiometry is only the valid one.
Because a recurrence fact should be come from more basic reason of the Absolute Space foundation and the definition of Elemental of the Discrete Matter.
The old Recurrence from Descartes is only a notion from man counting "One bird, two brids, three birds,..." and on modern Integer Numbers Theory. A such Recurrence is only an evidence from everyday practices. Recurence founded on the natural Number is a contradiction when a successive Number meets a Zero! This is because a Zero is an impossibility of succession !!! Also if integer numbers beging from a Zero than there is no possible succession. That is to tell in the Nothingness there is never a successive property as possible Recurence fact. Thus, the succession from Zero also it is a fatal contradiction!

One can note that between Obviousness and Principle there is usually only confused worlds of languages.

Therefore, the Dakhiometry founded on the proved Absolute Space where are necessary defined location situated between one another preceeding and follows by a succeceding another one. This is the true rational definition of the recurrence. Because a Recurrence should be necessary a repetition of an elemental same matter fact property.

If "One bird, two brids, three birds,..." seems ti be a recurrence then:
"One bird, two brids, three birds,... four cow, five cow,..." then, it is not a recurrence because birds and cows is not as same facts. Even if the same talking language of number can be applyed to count them.

Only the Dakhiometry Absolute Space can constitute the Source of the Recurrence principle.

- bdouble + cube (Russian Federation)

- most difficult thing in modernmathematic is (, us-west)

One with his back to the wall when concerning to traduce what are from algebraic into Spatial figure constructions. This is due to the irrationality of conventional number system as interpreting-language.

This latter can't be adjust to the reality of the Space.
Algebraic language is a dream that clash on the reality.

- if a number is double than its cube is 8 times the cube of given number (United Arab Emirates)

- does doubling the volume of a cube have the same effect on the side length (

Effectively, the difference is as follows:

1) - Doubling the cube volume (V) is a linear volume function:
[ 1(Vx) + 1(Vx) = 2(Vx) ]

2) - While doubling the side (x) of cube is done as a cube-progression of volume:
[ (Vx)3 ] ...>>>   [ (V2x)3 ]

Here following are concerned the Doubling of Cube-volumes.

Double cubes

- how + can + you + change + the + edge + length + of + a + cube + so + that + its + volume + is + doubled (, California)

- how + can + you + change + the + edge + length + of + a + cube + so + that + its + volume + is + doubled (

There is two manners to resolve this problem:

1) - Or adding two same cubes then, it is what was resolved in this present text.

2) - Or using this presently resolved problem to start as reciprocally method. This is to start with this resolved problem as:

[third (root of 2)] multiplyed by the side of a given cube.

This is to tell that this present resolved problem according to spatial construction,

can be applyed in direct and recirpocal manner to double a given cube volume.

- doubling + volume + using + cubes (Australia)

Actually, it is a fundamental case.
Because as for the aera case where the basic square is necessary, most of volume determinations rest on the cube one as their transformation root !!!
For example, by precise construction, one can double the volume of a sphere, an elipsoide, an ovoide, a paraboloide,... and consequently, any defined complex linear form, inscribed in them.

1) - What is Doubling a Cube?

This is simply what is shown on this next figure.

Double cubes

Associate 2 volumes of a same cubes to get one bigger cube

However, the problem is that the direct association of 2 cubes don't produce directly a cube form but a rectangular polygonal form as is seen on this figure.
Therefore, the problem of doubling a cube is the difficult one as follows:

How to transform a rectangular paralellepiped into a cube of the same volume?.

- doubling + and + tripling + dimensions + of + a + cube (, Texas)

The proceed is to gat from two given cubes, to construct a common cube face for thess given cubes.
To get a common aera of a cube face, it can be construct the realtionship as follows:

Let two cubes with sides as,
(x.x.x) and (y.y.y)

It can be transformed as:

(x.x.x) as (x.x.k)

(x.x.k) = (y.y.y)

k = (y.y.y) / (x.x)

Therefore, (k) is then known to perform addition between thes two parts.

The main problem in space is How to Trans-Forms.

- problem of doubling the cube (VietNam)

- volume + of + matter (, Philadelphia, USA)

- doubling + volume + of + a + cube (, USA)

- transform + cube (Thailand)

- prove + doubling + cube + impossible (, Washington DC)

We have seen How to transform a Circle into a Square form.

The Squaring a Circle, the Doubling a Cube should be more precisely tell as:
How to change the different forms in the universe 3-dimensions space without changing any of their another basic characteristics.

The impossibility of Mathematics constructions is not due to the Irrationality of the Space. It is due ONLY to the Mathematics false concepts on the universe Quantity, expressed with an artificial system of Numbers created from the man's Talking language. Thus, naturally words of Language, can never be constructed with the space elements as tools of construction to represent the universe Quantities.

This Numbers system of Mathematics will obviously produce the Impossibility due to the Nothingness. Nothingness is the Nothing. Then it can't never represent any of the universe realities. The Black-Hole are from the Nothing type. Then it is a heavy contradiction for scientists who believe that a Nothing belongs to the universe reality.


Why the Impossibility of the Doubling a Cube can be easily resolved with the Dakhiometry Method?

There is a grand reason in Dakhiometry that allows to get a just knowledge on the universe of physic realities. This is a basic universe Fact, stated as follows:

Postulate on universal laws:
The Universal Laws expressed their activities ONLY in TWO-DIMENSIONS.

It is this true basic postulate that we will proceed to the Doubling a Cube resolution as exposed in the following.

Dakhiometry method to transform
a rectangular polygonal form into a cube one of same volume.

Applying this preceeding postulate, we can determine the just good factors that allows the transformation process.

Thus while tempting as the Anciants did it without any success for resolving this problem, it concerns to choose what factors may represent justly the Doubling a Cube operation.

All these choosen factors should be representative of the problem in a common one plane where are acting the corresponding universal Laws.

Examining the above figure it can be seen that after associating the two cubes, there are two planes sufficiently representatives of the transformation operation.

Thus, in the rectangular polygonal form, there are 2 faces on which one can proceed the corresponding transformation of form.

It is the face sides of the polygonal form that are:

a) - ABCD
b) - BCEF

This two faces will be put in a same plane to form a common specific structure of a Doubling Cube operation. This structure allows to use another basic form representative of the doubling operation. Because THERE IS NO POSSIBILITY to use directly the INITIAL FORMS to solve this problem!

Here after, are the universal laws instructions for use:

In the chosen structure on a common plane:

1) - Represent the aera of ABCD by the square of SIDE equal to their AERA quantities.
2) - It allows to get two representative squares ABCD and BCEF.

These two aera ABCD and BCEF are representative of the initial total volume.

3) - Therefore, the transfomation solution into a square of the 3-dimensions polygonal form is done when:

The Cube solution is get when the final cube TWO FACES SQUARES ARE IDENTICAL BETWEEN THEM, according to that the 6 faces of a same Cube are identical.

- what is a cube (UK)

Problem Entrance for it resolution

- volumetric + monuments (Iran)

- square + cube + calculator + South + Africa (South Africa)

- make + a + concrete + mathematics (, Canada)

Pourquoi une démonstration par construction est UNIVERSELLE?

- le + cube + impossible (

Note pratique importante.

Il est réalisé la construction de volume double d'un cube de (2-unités de côté).

Cependant, il n'est pas nécessaire de le faire à chaque fois, pour toute autre dimension de cube.

Pourquoi donc?

Vous avez ici, la présence de la richesse du Langage Spatial qui n'est que le langage d'expression fidèlement direct de la Réalité de l'espace dans lequel nous vivons.
Le Langage Spatial est un langage Sgnifié-Et-Signifiant, celui directement de la Réalité du Monde. Le langage de l'Espace est donc directement la Réalité qui Signifie ses Réalités du Monde.

Alors que pour l'homme, le langage parlé n'est qu'un MOYEN CONVENTIONNEL pour Signifier SEULEMENT.

La différence est que le langage parlé de l'homme ne raconte la Réalité que selon la capacité de l'homme de connaître-ce-que-l'on-est-capable-de-connaître. En bref, le langage parlé de l'homme n'est que ce que l'IGNORANCE DE l'HOMME lui autorise de "dire".

Ainsi, le Langage Spatial est directement la REALITE BRUTE du MONDE. Et la Réalité brute de l'univers est UNIVERSELLE.

Voici en quoi, nous allons illustrer cette Vérité

1) - Le doublement d'un Cube est ici réalisé par construction Spatiale sur un cube de départ de (2 unités) de côté.
Si cette construction est rationnelle, alors nous pouvons conclure que sa solution est nécessairement UNIVERSELLE pour Toute dimension de cube.

2) - Pourquoi donc cela est-elle une vérité?
Car, avec les Nombres algébrique et Arithmétiques, chacun est persuadé que les nombres [(2): (3,7 ); (0,71); (113,03);...), sont tous différents les uns des autres. Et même que chacun a une signification particulière dans sa vie.

Or, la vérité est comme ceci.
Une construction spatial peut se faire à partir de n'importe quelle unité car, une Longuer n'est qu'une Longueur... relativement à la structure dans laquelle elle appartient.

C'est la différence entre la Dakhiométrie et les Mathématiques courantes qui s'encroûte dans la Nombres, Archétype du MONDE.

Chacun peut construire une Même-Figure dans la dimension qui lui convient, pour retrouver la Vérité universelle d'un théorème. Ce qui veut dire que: SEULE ET SEULEMENT, la Certitude est Universelle. La Certitude ne dépend pas des conventions des Mots utilisés pour en parler.

En conséquence

La démonstration du problème de Doubler un Cube, lorsqu'elle est Vraie sur un Modèle d'unité-de-longueur-donnée, est NECESSAIREMENT VRAI POUR TOUTE autre échelle de DIMENSION car, UNE STRUCTURE DE L'ESPACE EST DANS LA PERMANENCE, VRAIE.
Pour quelle Raison peut-on se reposer?

C'est que, l'unité dans le langage Spatial est indifférente pour la vérité d'une figure de construction donnée, parce que: La PROPRIETE DE L'ESPACE EST D'ETRE PLEINEMENT HOMOTHETIQUE, par cette même raison, qu'une Structure, fusse-t-elle homothétique, est dans la Simplicité, VRAIE.

Si donc chacun des Nombres est un Ego à part, il n'y a pas d'universalité par les Nombres. Ceci est directement l'effet du Conventionnel du Langage Parlé ou Ecrit, dont le sens Signifiant souffre de l'inconsistence de l'ignorance de l'homme par laquelle ce langage est institué par chaque ego qui parle.

En conclusion
La démonstration du problème de Doubler le Volume d'un Cube, s'il est vrai pour le dimension d'une longeur de 2-unité, est donc NECESSAIREMENT VRAIE POUR TOUTE AUTRE DIMENSION.

Pratiquement, il suffit de faire l'homothétie de cette construction donné dans ce texte pour n'importe quelle UNITE DE FIGURE PAR HOMOTHETIE.

Si l'on veut dire simplement avec les techniques d'imagerie modernes, il suffit de projetter la constrution de la démonstration, par projection sur un écran de dimensions voulues, pour Doubler un cube de la dimension de l'Ecran de projection.

Voilà ce qu'il faut comprendre, pour ne pas rater la nouveauté que je présente ici. Autrement, les esprits demeurent dans l'éternité des vielles casseroles millénaires de Mathématiques, enfermés dans le caveau par les Dogmes.

Si cela vous intéresse d'avoir une conscience plus précise sur la Langage Spatiale, examinez la Quadrature du Cercle de la Dakhiométrie donnée en ce Site-ci et vous verrez ce qu'est le langage d'étude de l'espace Dakhi selon ses Structures. La Quadrature du Cercle y est donnée pour une dimension de quatre-unités de côté du Carré. Cependant que cette Vérité est strictement Universelle.

Defining the problem Entrance

For a regular polygonal solid, its volume may be represented by two of its faces.
a) - In the case of a cube it is two of its adjacent faces.
b) - For two adjacent-cube with face against face, it is here represented by the two faces as:

(ABCD) and (BCEF)

ABCD is a face of Rectangle type. It is easy to transform it into a Square with the Lam-Ca theorem.
Thus for the final Cube solution we have to work its volume on the base of this two initial un-equal faces (ABCD) and (BCEF) as shwon on this next figure.

Transforming into Cube

Transforming polygonal form into Cube one.

This is the Dakhiometry principle of the Doubling-a-Cube basic resolution.

However, a such resolution is still impossible for Mathematics capacity. It is because Mathematics ignores the Spatial LAnguage.

It is because Mathematics Ignore that there is an Absolute Space where everything is exactly defined by structures. It will be exposed in the following how to place this two choosen square aeras ABCD and BCEF in a solid basic space structure.

The so-called Pi for this Doubling-a-Cube, is the Dakhiometry one.
If you use your old Archimedes' Pi, this problem can never be resolve and the (21/3) found will be not the exact value!

Dakhiometry method for transformation
How changing or equaling two squares of different dimensions
For a constant rectangular or cube volume.


All the steps of constituing the Doubling-a-Cube resolution can be donne by calculation directly in the DAkhiometry spatial language. But for more shorter and simple explainations, il will be donne in a mixed Number expression and in spatial language construction.

Let an initial given cube of (2x2x2) volume Its one face is denoted as BCEF.
Doubling this cube is to associate succesiveley two of this cube.
It gives two different one parallelepipede faces as:
ABCD and BCEF with successiveley the aeras:
ABCD = 8
BCEF = 4

Associate 2 volumes in a same cubes to get one bigger cube

These two rectangular square and rectangle, will be included in a structure of two square with a common summit (O), as shown in this next figure.

Doubling cube resolution

K2 = 8x8 for (ABCD) aera

K1 = 4x4 for (BCEF) aera

- how + to + get + the + volume + of + a + cube (, Texas)

- 4x4 + cube + word + meaning (Cambodia)

This two squares represent a structure corresponding to the aeras of BCEF and ABCD rectangular polygons.

Initially, this two aeras values are different. The Doubling a Cube consists to change the forms of BCEF and ABCD in such manner that they will be both 2 squares of same aeras.

This transformation is done on the representative structure of two squares K1 an K2. The sides of (K1) and (K2) have respectively the aera values of BCEF and ABCD aeras.

The principle of this construction is that:

The different aeras of BCEF and ABCD will be equal when they takes both the same ARITHMETIC AVERAGE value from their initial aera difference. Then this two aeras are equal and take the value of:

Solution of Doubling a Cube = (8+4)/2 = 6

for each of them.

But this construction is not directly done on these two different aeras themselves.

It needs only to work on this structure (K1+K2). Their sides represent directly the interested aeras. This operation is done precisely. Note that or the squares or the circle (K1) and (K2) can be considered for this transformation.

Construction for transformation of two Cubes
in One with their total volume.


The Doubling a Cube is a main occurence to show that without knowing the Circle-to-Square transformation, one cannot resolve the Square-to-Square one.
It is the Space Constant that can prove precisely the Doubling a Cube. The old mathematicians belief currently denoted as the Aechimedes' Pi is ONLY a coarse approximative Trick to serve as craft recipe for representing a circle.

But to precisely measure the Cube transformation, the Space knowledge is needed. Because this Doubling a Cube should be constructed wholy with the spatial language.

- cube abcdef (Hungary)

It is this form that allows to transform any other volume form into a cube and inversely.
I will expose next this basic transformation method in whole spatial consruction done from the beginning to the end of these constructions. This allows to compare the difference between the Numeral calculations with the precise spatial construction proceeding with lengthes.

It appears that any square root done with the current calculators using Numbers are not the exact values.

- convertir la surface rectangulaire en circulaire (Morocco)

En effet, c'est par la structure cercle-carré que l'on peut réaliser cette construction.

Transdormation for equality of these two aeras BCEF and ABCD. It is used here the Circle (K1) and (K2) to define the equality of their aeras. In the mean-time, this Space Constant is denoted simply with the currently use as the "Pi". The Spatial Constant is given by this numeral formula:

Pi Space Constance

The space constant has nothing to do with the "Pi-meter" who was an empirical notion of the Anciants. At their Time they was woried by the difficulty of practical measurements on a circle.


1) - The Space Constant is directly and wholy, the basic vast concept of the universe Absolute Space.

2) - It is also the case for tha Lam-Ca theorem, which is not a simplistic summation of to squared conventional Numbers. The Lam-Ca theorem is a pass for travelling throughtout the universe Space for transforming aeras and volumes of matter.

Note that the Doubling-a-Cube resolution is no more than simply, the direct result of the Lam-Ca theorem application

- réalise une figure polygonale, les patrons d'un cube (Portugal)

- doubling the cube definition (Latvia)

- doubling + the + cube (Hong Kong)

- when + the + volume + of + the + cube + is + doubled + how + can + I + find + the + length (

- math + doubling + the + cube (Mauritius)

- doubling + cube + impossibility + proof (Poland)

- double the "gievn" cube (

Doubling cube resolution

Construction for Doubling a Cube

Steps of construction

One know how to calculate a circle aera (S) with the diameter (D):
S = (Pi/4).D2
The structure drawn in blue are squares and circles with the side and diameter equal to the aeras of the two choosen (ABCD) and (BCED) faces of the above initial quadrilateral ABCDEF.

1) - Thus the first step consists to calculate the aera (1) as indicate on this figure. It is equal to the arithmetic average from the circles (K1) and (K2) aeras.
The circle (1) is determined as follows:

a) - Determining aera circle (1):

The different aeras are:
K1 = (42.Pi/4)

K2 = (82.Pi/4)

aera (1) = K1+(K2-K1)/2.

Next, the spatial construction is successively used:

2) - The diameter of (1) can give its square root using the unit length position. This square root is the diameter of the circle (2).
3) - The square root of Circle (2) diameter define the diameter of the circle (3).
4) - Then the square root of the circle (3) diameter, figure out

the length (OM) equal to the THIRD ROOT OF NUMBER 2.

The final results are:

1) - Circle (1) diameter is:
Diameter of circle (1) = ((21/3))8

2) - Circle (2) diameter is:
Diameter circle (2) = ((21/3))4

3) - Circle (3) diameter is:
Diameter circle (3) = ((21/3))2

4) - Finaly, the square root of Circle (3) diameter is:

Square Root of diameter (3) = ((21/3))

The Doubling Cube solution is given by the circle (2) diameter.

Diameter circle (2) = 2 . ((21/3))

It is the SIDE LENGTH of the final Cube with the double volume of the initial given cube

Initial Cube Volume = 2.2.2 = 8
Final double cube volume = [Diameter circle (2)]3 = 16

Doubling a Cube proof

Different construction steps for Doubling a Cube

This animated gif resumes the different steps
to construct the Doubling-a-Cube.

- how + can + you + change + the + edge + length + of + a + cube + so + that + its + volume + is + doubled (, Georgia)

If only there was one given cube then doubling this given cube consists to resolve this problem as the reciprocal manner of the above solution.
This can be done for any initial given cube.

Sqaroot-of-three method

There are some values dicrepancies concerning the given Third-Root
between the Dakhiometry constructions
and the usual numeric calculation done with a digital calculator

The question is:

1) - Is the Dakhiometry construction an incorrect process?
It is easy to verify it.

Let us beging the Doubling-Cube construction using a starting value for the circle (1) with its diameter as given by the numeric calculator as:

Diameter of circle (1) = 6.34980420787279789

2) - So using the same construction starting from this circle (1) to get finally the circle (4) that give the (Third-Root of 2).

3) - It will be seen that these construction give excatly the same value of (Third-Root-of-2) as given by the numeric calculator.

We can see that the Spatial Construction is an exact process.
There is no default in the Spatial Language construction.

However, the problem is that if we beging the construction by starting from the same structure given by this next above figure, the final value for the circle (1) diameter is not equal to the one given by the numeric calculator!

As the Spatial construction is a precise one the reciprocal operation should be a true one.

This shows that the Numeric Calculation is incorrect according to that the reciprocal calculation of Three-Root is not True.

The Spatial Construction is quite reproducible and correct.
Therefore, the numeric calculation for Third-Root is NOT-EXACT !

This shows that it can be verify any exactness by Spatial-construction with the Numeric Calculation given by any usual Calculator.

Concerning this next above figure for determining the Doubling-a-Cube, the differentce between the averaging operation that allows to determine the Circle-(1). It is correct as an arithmetic averaging between Length-2 and Length-8. This give averaging-Line denoted as (Average) on the figure.

But there is a difference between this Averaging value obtained by construction and the numeric one that is as folows:

The spatial construction gives the average value as:
2 + 3 = 5

While the numeric value that give all of these Third-Root numeric calculation is getting by calculator as follows:

(1,25992104989487...).2 = 2,5198420997897463...

(2,51984209978974...).2 = 5,0396841995794926...

And this value (5,0396841995794926...) is different with the averaging value 5

Thus, the circle (1) diameter equal to:


is exactly the value for the reciprocal construction that allows to construct the circle (1) and
to get finally the numeric Third-Root-of-3 as,

Third-root-of-3 = 1,2599210498948731...


A) - The Spatial construction is a regular exact process for calculing any length as well as by direct calculation and its reciprocal one.
Note construction by figures furnishes always the reciprocal solution.

B) - But for the usual algebraic numeric calculation, the third-root of Number is not given a regular result all along the same calculation for all the number series.

Thus, it is not sufficient to judge the exactness of Spatial Calculation method by considereing these results with the so called numeric calculations algorithms using the algebraic Numbers.

In the contrary,

defaults of numeric calculations should be clearly seen when proceeding with the well precise Spatial Calculation Language.

The spatial language is simply the property of real physical Space-Elements as Location-points, Distances and Directions used for any transformation of forms during constructions.

All transformation operations are well defined in Spatial Construction for example the basic ones as Addition, Substraction, Multiplication and Division.

There are yet to much things to get for being in acquaitance with and to master the requisite basic Spatial Language. However, it should be the fundamental tool for getting a correct understanding on the universe Physics.


All these above calculations can be performed entirely and precisely with the Dakhiometry spatial language.

This means that the (21/3) is completely constructed and precisely figured out. The Doubling a Cube is also generalized as the Cubic Multiplication and Division.

What does it means?

Simply that any universe Quantity (x) can be (x1/3) by constructions, without finding Irrational Nothingness.

Generalization of Cubic-Transformation

Cubic-transformation is denoted for transformations Cubes into Cubes.

The Doubling a Cube is only a particular case.
Generalization of cubic-transformations can be extended as Cubic Multiplication and Division.

- cube + volume (Vietnam)

- cube + construction + and + volumetric + divisions (India)

When mltiplication (or addition) can be constructed then the division is the reciprocal one.

- transforming + cube (, Alabama, USA)

Note on the Doubling a Cube method:

This present adding of two equal Cubes to make one with a double of volume is only a particular case of figure. But any of forms can be added to get finally one cube with the resulting total volume.

It need to proceed no differently than as indicated in this text for adding two equal cube.

With the Dakhiometry spatial language for construction, it is easy to resolve any addition of two or many different volumes in any forms.

For example, we have to add two Cube in two different volumes:

a) - We need first then to define one face of these cubes being in equal aeras.
b) - This imply that one of theses two cubes will be a parallelepiped.

Resolving this addition of different form can be done with the same process as indicate in this above text.

Thus, we have then to add a Cube with a paralellepiped the two have a common squared face of same aeras.

More with the same method,
We can do addition between any different 3-D forms because knwowing the squaring a circle method any initial form can be transformed into a cube and inversely, any cube can be transdormed into for example a sphere. Thus adding two spheres can be also easily resolved into a final resulting sphere.

Consequently, with the spatial language, it can be constructed any resulting volume of final desired form. One can get the given result from any initial different forms. The four calculation operations (Add, Sub, Mult, Div) of the spatial language are helps for doing these transformations.

With the Dakhiometry SPATIAL LANGUAGE,

1) - Manipulations of forms and volumes are easy. This is the welknown perpetual impossibility of the current millenary Mathematics due to its ignorance about the Circular properties.

2) - According to the Matter Conservation principle, any given volume can take precisely any possible forms and reciprocally.

3) - This should be a futur modern basic science method consistent with the reality fact of constructions and transformations in the nature.

- backgammon + setup (

- Magic + The + Gathering + MYR

Doubling cube resolution

Any two cube volumes of side L in One volume of side [L.(21/3)].

Comments on the results of spatial construction to resolve the Doubling a Cube.

The immediate fundamental results according to the Doubling-a-Cube construction are:

I) - Universal laws are expressed only in Two-Dimensions.

2) - The Doubling a Cube is rationally resolved by construction.

3) - The Third Root of Number 2 can be accurately constructed with the spatial language.

4) - Any quantity can be powered and reciprocally can give precisely its Third-Root by construction.

These are the first immediate consequences of the Dobling a Cube resolution.

It can be seen that the spatial construction gives a value of:

Starting from the average aera construction:

Calculation are done with Numeric calculator, it is found:

(21/3) = 1.257433429...

But, directly measuring the length on the figure, it gives:

(21/3) = 1.25929868...

The different mode of measuring construction length depends to the figure precision produced by C.A.D. software. However they all are different and lesser than with the Calculation by Numbers exhaustion used in numeric calculators.

Note that this value is get from side of the double cube formula as:


((401/2)1/2)/2 = (21/3)

Where (40) is the construction determined average aera.

While a calculator proceeding with Numbers calculation gives directly the value:

(21/3) = 1.259921049...

With the value of (401/2):

Spatial construction gives:

(401/2) = 6.324555320336758663...

Directly, the corresponding Numbers-calculator gives:

(21/3)8 = 6,349604207872797899...

All the differential between spatial construction and the current exhaustion algorithm method are underlined. Results of Spatial constructions are less about some 1/1000.

There are surely somme imprecision and discrepancy in the Number exhaution method when calculation are done using the current integrated different power of Root algorithms.

Important Remark

To construct the above Doubling a Cube, It is used a C.A.D. software where the integrated Pi value are the usual conventionally one as the 3.1415...

Therefore, the results that was verified with numerals given by this software, contain necessary error due to this appoximative Archimedes value.

It is why the spatial construction given by these ancient softwares are not the true exact ones. If construction use circles for measurements then, it is necessary to change the 3.14... by the new one determined by the DAkhiometry as the Space Constant, to be abble to get the accuracy of the spatial language

It is given here
The Doubling a Cube according to
The whole spatial laguage construction method

- square + root + of + double + cube (Switzerland)

- doubling a cube animation
(, Pittsburgh, Pennsylvania, USA)

- doubled + the + volume + of + the + cube (Turkey)

The Pythagoras secret Resolution of doubling a cube is done on transformation of a given Rectangular volume into a Cube one.
It concern here to transform two unequal aeras ABCD and BCEF into two equal Squares, the two faces of the final Cube solution.
For this purpose, the two preceeding aeras are use to form the square structure for construction of the resolution. Note that the square or the Circle structure are equivalent because these two forms are tied together.

Thus from this square structure it will be deduce the final differents diameters representing the final Doubling a Cube solution.

From this initial situation ABFECD, the final double-cube volume is:

Final cube vomume = 8 x 2

But this Final volume should be formed by two equal faces. To construct this final Cube, we will use the Lam-Ca theorem that allows to work in the 2-Dimensions and not in the 3-Dimensions of a Cube.
Thus, the corresponding structure will represent the [8 x 2] in a common square denoted as the (K2) with (side=8), as shown on this next figure-(a).

- doubling + the + cube + math (HMC.Edu, Harvey Mudd, Claremont, California, USA)

- how can you change the edge length of a cube so that it's volume is doubled (, Utah, USA)

a) - It consists here to use the sides length of a parallepiped
of (8 and 2) as the side of aeras (8.8) and (2.8).
b) - Then to get their artithmetic average as:
(64 + 16)/2 = 80/2 = 40

c) - From (aera = 40), it will proceed 2 successive times the square root, starting from 40.

We get then the value of the doubled square side as:
Double-cube-Side = 2.21/3.

With this result one can get the (21/3), by divide this final cube side by (2).

Solution of Doubling-a-Cube

To make the aeras [ABCD] and [BCEF] as equal squares, it will be constructed, not the numeral-average, but the spatial-average of them.
According to the Lam-Ca theorem, it can be done the aera average not in squared lengthes but in between lengthes only.

Solution of Doubling-a-Cube

Note that the value (MN) is no more than the Square Root of the averaging aera (S).

- cube + root (India)

OM = 21/3

Thus, the side of the final cube will be determined with the aera denoted on this next figure-(c) by the [S].

a) - We have then:
SQRT(S) = R = [diameter (MN) of circle (1)]

Note that the aera {S] is in this case equal to:
[S] = 40 = (21/3)8
... a so-called irrational Number.

b) - Now the side solution of the final cube is given by the square Root of (MN), represented by the circle(2) diameter.
Note that the diameter (2) is here equal to:
2 . 21/3

c) - And the diameter of circle (3) will give the Exact Length value of [Third Root of 2] :
OM = 21/3

The Doubling a Cube is then solved according to the Dakhiometry Spatial Language. This solution furnishes also the rational length OM of Third Root of (2).

End of the Spatial language processing for resolving the Doubling a Cube.

- write + two + rational + and + two + errational + number + between + squar + root + 2 + bnd + squar + root + 3 (China)

- doubling the cube calculator (, USA)

Actually, this problem is concerning calculation directly done by construction in space. It seems not clear for mathematicians because the spatial calculations is there still unknown.
In Dakhiometry all constructions use the spatial calculation method. For this purpose, there are much basis to be described and explained. But when knowing them, spatial calculations allows to resolve easily most of problems. This can not be performed by the usual complicated Algebraic rules.

It can be note that the usual results of Root calculations using Numbers given by current computers and calculators, are not excatly the same given by these spatial calculations. These latter are rationally done and should give the true values because any algebraic algorithm gives only approximative values by exhaustion.

General Conclusion

I) - One can see that the rational Dakhiometry methods has nothing to do with the whole Mathematics irrational system. This concerns as well for the Geometry than for the Algebraic systems the main error of which is to rest on the conventional pythagorean Number system.

II) - There are too much inaccurate values with the pythagorean Number calculations system and the euclidean division. Its corrections need to much mathematicians' effort and energy. Mathematics rescue is really Impossible. Mixing it with the Dakhiometry is adding to this latter a fatal contradiction.

III) - The best solution is to throw Mathematics away and for each one, to live in peace... with his conscience. This may be the "Apollo recommandation to clear for ever the plague on Earth".

When I explain how to do the Doubling a Cube and how to get wholy by construction the so-called irrational Third Root of 2 or (21/3), one will agree that:

a) - The simplicity and the efficiency of the Dakhiometry Universal Spatial Language is from an unequalled true science.
b) - The Mathematics Impossibility and its Irrational Numbers are from man of the Neolithic Age

Would you like that one day in the futur, some Green-man will qualify the earthling like that?

What is the generalisation of Doubling a Cube?

The Doublibg a Cube is in fact an Impossible problem of Mathematics. However, it is really a simplistic one.
The Dakhiometry had established the necessary laws for Doubling:

A sphere,
A cone,
A cyclinder,
A pyramide,
And more complexe forms as:
An ellipsoïdal one
A paraboloïdal solid,
A hyperboloïdal one,...

What are the necessary laws thet let to such transformations?

1) - It is to know what is the volume or structure of matter in space.
2) - To know what is the absolute space Transformation capability.

What is the meaning of the Doubling-a-Cube generalization?

- principle + of + enlargement + objet (Malaysia)

Enlargement and decreasisng object are from principle of the Volume Transformation in space.

The Doubling a cube generalization has two aspects.

With (L) as the side of an aera and according to the above two aeras (ABCD) and (BCEF), two faces of representing an initial volume form, it can be defined its final transformation into Cube by the following equation:


where (n) is a multiplication factor as well as a division one.


A) - With (n) fixed, this equation can vary according to (L), the side of any cube.

B) - With a (L) fixed, then we get the equation of any (n) as [n1/3].

a) - Case (A) means that cubic volume multiplication and division is allowed for any cube dimension.
b) - Case (B) means that the Root3 [n1/3] of any quantity (n) is constructible. There is no "irrational Number".

Irrational is Mathematics fantasy is harmfull for all the current sciences.

General conclusion of the Doucling a Cube resolution

There are vast consequences from the resolution for a simplistic Mathematics Impossibility of the "DOUBLING A CUBE". This means that
Knowledge of MATTER, with its laws and principles, are unfathomable lacks of Mathematics.

Example of the doubling a cube is to see what is the wealth of the Dakhiometry Absolute Space.

Thus the poor Number formalism is that:
when one write (x3), it has no real meaning as does any formalism.

Here with the spatial language a cube can be written as:


But also,


With the spatial language:

1) - From there one can see as for in 2-dimensions, it can be get a square aera under any other form of a same aera and inversely.
2) - In the same manner, with the Spatial Language and in 3-dimension, any cubic volume can be trasformed in any other same volume forms else than the Cubic one and inversely.
3) - It can be done simply and directly Multiplication and Division of volumes.

For example, it can be done the Cubing a Sphere and inversely. This concerns also for transmuting forms in another ones on their volume criterion. Morphing becomes precise and easy.

Mastering the spatial language gives rise not only to enlarge knowledge but also to the wealth of practical possibilities.

Mystery when adding Numbers Ideology
to practical manipulation with usual object Forms

- découverte + de + la + propriété + de + Pithagore + au + Congo (Germany)

- definition + of + impotence (United Arab Emirates)

- formalist + model + of + language (Australia)

In practices, two-added tiles aeras can be practically verified as equal to one bigger squares aera. This statement can be verified for any tiles aeras... but only as the particulat form of practical tiles.

Euclide also did not perform a proof but a means to verify this equality for any square dimensions. But he succeeded to verify it because he used a figure based on the structure Square/Circle. However this structure was not yet undestood by himself.

- Pythagorean + Theorem + jokes (

- Pythagoras + theorem + joke (

The Pythagoras secret

It is because a theorem needs to be deduced from some anterior reason that allows the existence of some recognized property.

It is the case of the Pythagorean about summation of squares. This theorem is then a formalism from language that may be:

"Two square-tiles is equal to one Bigger squarre-tile... whatever the dimension of these "square tiles".
This is as from a proverb or a prophecy but not a rational reason.

The next following riddle shows that the Pytahgorean proverb-theorem is not verifyed for any case.

While the Dakhiometry Lam-ca theorem is a general law expression of the universe space structure between two fondamental forms as the Square-Circle.

1) - Therefore, the Pythagoras's theorem cannot be proved by Homothetic manner to be generalized.

2) - While the Lam-ca theorem is a basic theorem founded on the properties of the universal structure Square/Circle. It is why the homothetie is there not a proof but can be used as a consequence for an extended view... only when it rests on the Lam-ca proof. This is an important point for understanding the wealthy Lam-Ca theorem. This latter is then wholy and fondamentally different from the welknown pythagorean theorem.

Exemple for understanding the Homothetie

A) - A ratio and homothetie of numbers or of lengths is only a relativity view point that define nothing uniquely. Only is indicate there the ratio-repetition.

B) - Homothetie from only a rational proved theorem is the valid universal expression of this theorem.

Here next is a corresponding figure expressing this difference.

The Pythagoras secret

Another example of dummy bad theorem:

a) - Bad Theorem on Day event: "The Day is the Sun all along the Time conqueror over the Night". This interpretation is originated and corresponding to a repetive relativity mechanism.

b) - Good corresponding theorem: "The Day and the Night is due to the Earth property of being a globe as a conservative structure". This is a theorem based on absolute reason from the universal circular property.

It is why when not resting on rational proof the pytahgorean theorem is not the result of a rational proof event if it is verified in particular figure cases.
It is the case of the "Thales thoerem" which is only a mechanical repoduction of a Ratio, even if it is verifyed, is not a rational proved theorem.

It is differently for the Lam-Ca theorem, where it rests on the foundation of the proved Universal Square/Circle structure. Therefore, the Lam-Ca theorem can be expressed under its particular aspect as a Ratio.

This was used by the Dakhiometry to prove: the universality of these next formula:

x2 + y2 = y2

using separately the Thales theorem for each member.

Or as figures for squares calculation:

Square1 + square2 = square3

Or more extended:

Aera1 + aera2 = area3

Also using separately the Thales theorem for each member...

where the homothetie is not there an internal operation of the formula... because The homothetie is used here to underline the presence of the universal Square/Circle structure. It shows here the constantancy presence of a universal reason.

In the case of the above Pythagorean theorem figure, applying the homotheic operation is only an artificial mechanical operation for repetition of the ratio that add no more definition than the same ratio for mechanical repetition.

The following pytahgorean eqalities is only verifyed by the euclidean Mechanism of Supperposition.

A Mechanism is not a ratonal argument to introduce the necessary generality for a real theorem.

Because a mechanism is a practical means "to verify". It signification is that one can never verify the summation certainty of Two Square Aeras as big as the Sun scale Dimension for example!

It is why:

A verification is never an rational argument on that a theorem should be founded !!!

For example the Platoo's Compas is a mechanism that never be something like a True Rational and wealthy Definition for Circle property.

The Anciants and Modern mathematicians that never know what is the Angle Trisection solution indicate this Circle Ignorance despite this welknown Platoo's Compas.

In summary:

A Vérification that is only a Practical Mechanism should be never a rational Argument for a universal Law.
The Euclide "Equality By Supperposition" is only from an Anciant's prophetical law

This riddle on Squares Summation shows that one can never perform the Mechanism of the pythagorean theorem when the practical condition cannot be accessed as the Sun scale and more for example.

What is the impotence of the Numbers formalism system? Here is following a diagram as a riddle that tells it to you:

... at aeras at the Sun scale for example...

One should be in conscience that the help of the Thales's Theorem is an another illusion because a Ratio is a Mechanism that don't tell nothing about the certainty of Equality Mechanisms at the Sun scale for example... for axample when you are working with the Einstein Relativities.

One should be in conscience that equality and ratio should rest necessary on the Proof that the Universe Space is Absolute.

So what Mathematicians and Einstein have to do with the Thales Theorem and the Equality when they believe to the Nothingness and to the No-formed Relativity-space in their Unformed universes!

The Pythagoras secret

You have to complete this above series of Number meaning.
In fact, the Pythagoras and Socrate theory is only valid for the first terms of squared Numbers (L).

- Pythagoras + theorem (South Africa)

- ancient art root rectangle (, Jacksonville, Florida, USA)

- compress + and + straightedge + construction + golden + rectangle (, USA)

- tarememe + de + Pythagore (Belgium)

- théorème de Pythagore expliqué aux enfants (Germany)

En réalité c'est ce que d'origine, les bâtisseurs de monuments savent par pratique. Et surtout c'est ce que les Anciens mathématiciens avient reçu de ces artisans comme expériences. Les careleurs des palais, doivent savoir ces figures sur le bout des doigts. C'est que les careleurs, pour bien réaliser des figures avec des carreaux de mosaïque, ils doivent découper les carrés de carreaux en plus petit et de formes variées pour réaliser en même temps un parquet bien plate et lisse mais aussi, pour y faire apparaître des figures magnifiques. Aussi, ils doivent savoir par expérience, ce qu'est la fameuse relation que plus tard on l'attribuait par abus, à Pythagore parce que c'était un grand parleur. Comme on le sait, on se valorise plus en disant que c'était la découverte d'un Grand penseur...

- pythagoras + golden + ratio (Thailand)

Golden Cube cult

Example of the Golden Triangle.

Origin of the so-called golden cube is from Spatial considerations and not due to some mystic Numbers.

- montage + étagère + multicube (Pointe-à-Pitre, Guadeloupe)

Oui, étagère, fenêtres, balcons,... ect, en triangle-d'or.

- the + problem + of + thales + about + magic + triangle (Philippines)

- how + do + we + use + pythagoras + theorem + in + everyday + life (South Africa)

- who + uses + pythagorean + theorem + meme (..) - Golden objects of cult of Rome (Russian Federation)

- doubling + cube (, Missouri)

- Pythagorean + Theorem + by + Homothetic + Copies (..)

An homothetie figure is only a RATIO.
Therefore, a ratio is not a reason. It express only a relativity. Specifying a "ratio oe a Relativity" is not a Reason to use as a proof. An homothetie is valid only when it is used as a figure to express the universality of a reason.

Therefore, the Dakhiometry Lam-Ca theorem to prove the summation of aeras, can be expressed the universal certainty" that is initially proved.
Because the pythagorean is only verified but nevr be proved, we can't assert that an homothetic figure of a figure is actually a valid rational and proving argument.

Golden Cube cult

Here is: x2 + y2 = k2

Where golden Length (k) is:

k = 6.4031242374... as a rational space Length.

- how + to + do + the + thero + de + Pytagore (, Canada)

En effet.
C'est vraiment du "théo" ou du dzero.

- formation + of + cubism (, North Carolina, USA)

- Architecture pythagorean theorem word problems (USA)

- formule + mathematique + integrale (Nice, France)

The Number formalism is nill:


What pythagoras and then, Fermat and other mathematicians can see through theses Numbers?

--------- What the Mathematics does with
its belief on the Pythagores' Number ideology?

Here next, are two examples of the Dakhiometry capacity of Volume manipulations.

Examples of the Dakhiometry "GOLDEN SPHERE" and "GOLDEN CONE".

- matter + transformation + and + the + universe (, Indiana, USA)

Even if any universal laws expressed in two-dimensions, Transformation in the universe space are done in three-dimensions. With the spatial language, it can be donne precisely the trans-forming of any volume of matter. The volume of matter should be seen as being in two and also three dimension forms.

The Pythagoras secret

The Dakhiometry can transform 3-D volumes of diffrent solid forms by adding, substracting multiplying and dividing directly any basic solid volume.

These laws are rationally proved and rest on the fundamental properties of the Universe Absolute Space.

- transmutation + circles + and + their + meanings (, Los-Angeles, USA)

The transmutation circles is strongly tied with all that, the consequences of which is as vast as the universe space.

Joke Definition (australia).

- The + Pythagorean + Cube (Australia)

Actually, certaintly and surely.
From the circle was born the Square. From the Square was built the Cube. Finally, from the Cube was solidly related any other forms. From there the universe construction is done.

- doubling of the cube solution (Belgium)

The given spatial construction is a rational and precise one. The difference in results with the current number calculations are from some (10-3). It is significantly relative to the current exhaustion algotithm method used in Root Number calculation.

Actually, the above description for the Doubling a Cube problem is really a joke. It consists how to complicate any problem resolution even with spatial construction method.

I suggest you to donot lose too much time to the above given constructions.

However, the above constructions are exercices that shows how the spatial construction allows a first approach of the Doubling a Cube problem.

The true Dakhiometry Doubling a Cube
A high level of spatial Construction
For resolving the Doubling a Cube and more fundamental problems in Space.

It will be soon exposed in this page the different rational however "magic" construction methods:

A) - How to obtain any (n) power degree of a given length Quantity.
B) - Inversely, how to resolve (n)th Root of any length Quantity by construction.

In spatial construction, (n) is a LENGTH the precise Quantity in the universe.

The Doubling a Cube is resolved precisely when understanding how to get FROM a Length (L) the (L)n) one. And inversely,

how to get (L) from a given (L)n).

Doubling a Cube of side (L) is to resolve the final side of a Cube(f) solution as,:

Cube(f) = (L).21/3

Therefore, the doubling any side (L) of an initial Cube is to defined what is the Length Quantity third Root of 2:

As the method allows how to define any (x)1/n then,

1) - The multiplication of any cube volume with side (x) can be resolved easily in Dakhiometry from a given Multiplying (n) degree root.

2) - Reciprocally,
How from a cube side (n) in (n)1/x,
It can be determined its Dividing root factor (x).

This is the Dalhiometry law of Multiplying and Dividing a cube volume, never known or Impossible one in Mathematics. More, it is extended to any derived another volume form.

This law has a wealthy consequences for human's science on the universe MORPHING OF OBJECT VOLUME or how to give a determined FORM to an initial object.

--->       Extra-terrestrial green-man's law, isn't?

Hereafter are texts on the Dakhiometry,
a rational method for determining properties of the dakhi, the Breath of the universe ...

The dakhiometry, text DK001EN   (sep 2001) The Simultaneity and the Conservation are notions of the Permanence of the universe.
The dakhiometry, text DK002EN   (oct 2001) The memory-universe built in respect of rigorous conditions, but with simplicity.
The fundamental concepts in the Dakhiometry  (nov 2001) In dakhiometry, universal laws and phenomena show surprising wealthy relationships. The future physical Laws are not yet established in the universe of nowadays.

The Accuracy, the Certainty and the Doubt  (nov 2001) Mathematical accuracy is a mechanical process while Certainty and Doubt are the engine of the evolving Self. Some analysis of the Non Euclidean contradictions.

Proof of the Fermet's theorem  (mars 2002) Equation xn+yn=zn, has no solution....

Cyclone formations  (mai 2002) Cyclones are phenomena attached to the band structure of the atmosphere winds....

The First action of the beginning of the universe  (sept 2002) How to square a circle. This surface transformation is the first natural operation at the beginning of the universe....

The Proof of the universe Evolution Process  (oct, 2002) The beginning of the universe construction used the squaring a circle to allows the central symmetry to establish the left-right symmetry for the alive.

The Proof of the squaring a circle  (oct, 2002) Proof of the surface equality after the squaring a circle.

The basics of Matter. The proof of Thales' theorem. The proof of the Pythagoras' theorem.   (oct, 2002) Properties of Matter allows to state some foundations on the knowledge. From these bases, simple proof can be done one the Thales' and the Pythagoras' theorems.

The Archimedes' Property  (jan, 2003) The Archimedes' property was used by the resolution of the circle perimeter that was attributed to Archimedes. Analysis are done on this resolution. This axiom is very used in modern mathematics and some confusion are commented.

New Proof of Light Refraction and Reflection Laws  (dec, 2004) New Proof according to the Dakhiometry method that shows that light is not a particle and a wawe that may have a trip of 13 billion of celerity distance...

New Proof of Light Refraction and Reflection Laws  (dec, 2004) New Proof according to the Dakhiometry method that shows that light is not a particle and a wawe that may have a trip of 13 billion of celerity distance...

Properties of circular structures and their consequences.  (jul, 2005) This page introduces the contents of a work that constitutes the foundation of the Dakhiometry...

Liquid Archimedes' property an the Potential as gravity.  (jul, 2005) Statement on Liquid proerties and object Potential energy as the consequences of the condensed matter process localisations...

Archimedes' gravity center volume measurement method.  (dec, 2006) Proofs of solid aeras and volumes measurements, was all unsuccessfully done and quite erroneous works...

Unbounded Energy Source Engine (In French)
"Le Moteur Source d'Energie de tous les temps"
(Aug, 2006)
An application of the liquid law new understanding to build a machine producing energy of high capacity. A reality for the near futur.

Succession allows Quantities. Basic of Counting.   (august 2007) Unity Succession Principle is the foundation of the universe Fullness. fullness is necessarry to allow Quantity. Quantity is Reality of the World existence.

More detailed analysis written in french only:
Succession and Quantity analysis.

To read more aspects on this theory,
texts archived : 
Archives : free download

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