"If I could know in the beginning that I learn now !" a popular Greek saying


For creatively thinking!



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c =2,997924 x108 m/s



h = 6,62606 x 10-34 kg m2 / sec



π = 3,141592...



2π = 6,283185



c2 =8,98755 x1016



μο = 4π x 10-7 H/m



εο=1/36π 109 F/m



μο/εο =zo =μο c



c = 1 / √ μο εο



c2 = 1 / μο εο



Ε = h f = hc / λ



Εo = m c2 = F λ



Fη = k q1 q2 / r2  



c=120π /4π x10-7  






c / h =fmax  



 c = fmax λmin



 c = amax tmin



c = zo / μ



 fmax=Vmax /λmin



Fmax=Emax /λmin



  λmin = c2 /amax



  amax = c2 / λmin



amax=λmin fmax2



Emax=Fmax λmin



 Emax = fmax h



Henry Farad =sec2



e=1,602176 x10-19



√2 = 1,4142135



0,452444 x1042



1,35639 x1050 



1,23559 x1020




2,26873 x1023




h / c λmin = Mmax




Vmax = Mmax V / M




h c  / λ = Mpl G / λ





λe / re 2π = c / Vκ





1rad / s ~ 0,1591 Hz







Relativity of time or energy? - The big traps of experience - the small explosions of indivisible space…




► In the decade of '80s, in to the mind of a young man was clarified with the first and simplest thoughts that the time corresponds in changes in the things and time does not have a meaning without the things. Then happened the " big explosion " in the thinking, that gave birth in the philosophical theory that later was named "Theory about a Finished Time or Complete Universe and Relativity of Energy": The Universe should Be completed and stabilized within the limits of a longest time interval. It is a complete Universe with all possible ways! The Universe did not created after of external connecting by an amount of structural elements, but contrarily, the structural elements is this same Universe in the beginning of its creation, so as it become in its minimal (shortest) time intervals...


The complete Universe in a total time (maximum time period Tuni) exists relatively such as a finite space and as a constant quantity of energy for those, what they can happen indirectly with the material carriers, which are exist such as some fluctuations in this constant quantity. The total energy of the Universe (Euni) is simultaneously to all the individual materially things, is the same quantity and thus is presented equivalent and isotropic with the form of a finite free space. Its presence is not detected by exterior change, because it is not altered in time intervals where the material things exist each one out of other and that are slower.


The relation, therefore, between the matter and free space results by the inseparable relation between in the presence of material world with the world that is absent. And the world that is absent participates in the energy of material world, through the microscopic structure of matter (with a equable form of the free space and wave phenomena). It does not exist a time, a Universe and free space with nothing matter, that is to say a Universe only immediately, without quality and without indirect interactions. So as does not exist a total time without the smaller moments. Reversely, they do not exist fundamental material elements that compose externally the Universe (without central, single and synchronous regulation). Thus, with the terminology in physics, the Universe is the total energy, without this means that is not absent energy. Precisely this relative lack of energy fixes its meaning, makes the energy identical with the time, with the flow, the change and effect and presents its force. The total energy of the Universe does not presented in its whole in only one moment. On the contrary, the total energy exists as a (dynamic) finite space and counterbalances its lacks, where are the material world. But the flow to counterbalance creates lacks of energy again. (Balance in imbalance = stationary waves).


A smaller thing touches the gigantic world not only externally; that is to say, is not connected only with the exterior and separate parts of nature, only with the obvious phenomena such as the movement, the collision and inertia. All things, independent of dimensions are connected with a common quantity in smaller lengths, with which they are maintained and exchanged energy immediately and permanently (with faster rhythms). Things is not different in their substance and they are results of stabilized exchange of energy, that can be in a shorter or in slower time interval, always with the attendance of free space in role of a balanced quantity of energy (as substance) and as carrier for the transfer of wave energy.


In the modern physics the coexistence of the " two sides of reality ", so as this is presented in the most microscopic dimensions and so as is presented in bigger dimensions constitutes an irresoluble problem and mystery. The physics that describes the world in its most microscopic dimensions resembles bridgeless with the physics that describes the world in our visible dimensions. In the microscopic world, the particles (except that are met each one with other accidentally and so as the large bodies), their existence is results by the most rapid oscillation of a common quantity. They are moved at higher speeds, they act between them in the shorter time intervals and touch always same boring particles, in order to they accomplish some short relations, in the most soon time margins and like trapped. Mainly however, their existence and motion depend decisively by the fast rate that a constant quantity is altered and by motions that happen not due absence of obstacles as in our visible world (as mechanical motion), but on the contrary with the resistance that a constant quantity (of energy) appears. This constant quantity seem as empty space. That is to say, the wave motion changes spectacularly the setting in the microscopic world and causes phenomena that we do not observe in the world of visible bodies (or we observe them like accidental and not essential for the structure of the nature). The re-creation of nature is becoming with wave phenomena.

The indetermination...


The structural elements in mi­croscopic dimensions cannot affect between them with a lot of ways in the same moment, so as the more complex things in to free space. This that can alter the energy of material carriers and the exchange of energy (that it be­comes in very small time) it should acts very often and with their faster way together...


The big things are moved in to free space in longer distances and each one from other acts with slower ways and rhythms. On the contrary, the time in which an interaction happens in microscopic dimensions is much smaller (and the way faster) than the time interval, in which this same interaction influences more beyond and in longer distance some other parti­cles. Thus, when a wave reaches in our eyes, which transports energy of photons (hf) and that was caused by a reflection in concrete place and moment of a moved particle (that permanently it is influenced by other changes), then this luminous wave  transports the information belatedly concerning the instanta­neous changes that become in the microscopic space. The luminous wave “transports” a phenomenon of interaction that becomes in smaller time intervals, than the time interval that is repeated the wave and reaches in our eyes and we observe the interaction periodically, interrupted and fra­gmentarily. We have lost a part and an insignificant moment from the continuity of change and motion (and from the way with that the interaction develops), while also the luminous wave can influence the microscopic phenomenon that we observe it. This is also the reason for indetermination in the motion of minimal structural elements (or material carriers, particles).




circular function













λmin = h / Mpl c h / 16,357


As we will see, the leading physicists since the decades that passed, they did not make the simplest thoughts and did not place the most obvious questions, before they place questions about the more complex phenomena and front they seek solutions in more complicated problems.

In the theory for a complete Universe, the indetermination is extended in a lot other attributes of particles. It is not limited in the place, in the speed and momentum of electrons and in the weakness are observed simultaneously their these situations. The attributes of the particles and same the particles, emanate in very short moments with an altered situation and if they regularly exist, this regularly is achieved again by most rapid phenomena and periodical change and exchange of energy. In most microscopic dimensions in the Universe and in the minimal time intervals, the sizes and quantities they can't be "statically" and they will not be reported in clearly distinguished phenomena. The constant h almost coincides with a minimal wave length λmin 









No one theory that describes the creation of things by some fundamental material elements or by microscopic particles, it cannot gives a serious, reasonable and empirically founded interpretation about the presence of same forces and limits everywhere in the Universe. Only with the close relation between structure of matter and wave change in the balanced energy of the finite space, they are interpreted a multitude of phenomena, they are revealed many relations and phenomena, that had not been observed in the experience and they are confirmed many of the known, without we collided with our experience.

Are the structural elements independent each one of other or they continue be connected with an inevitable way and permanently in order to they remain thus as are they? Whoever made this question and thinks for the conclusions of these two opposite cases, he understood the impasse about independent structural elements…


The first publication on Earth


c = amax Tmin = amin Tmax


This simplified relation imposes a most close unification for the phenomenon of motion and mass, while the description of this relation imports the concept about a fluctuation and reverse change with the approaching to the limits. If we name it fundamental relation for the unification of all physical phenomena, we will not exag­gerate. The presence of mass preexists in more general pheno­menon, that is the change of motion. More generally is named inertia.










Interpretation & Math investigation



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κοσμολογία, cosmology, in German: Kosmologie, in Italian and Portuguese: cosmologia, in France: cosmologie, in Spanish: cosmología, in Russian: космология, in Chinese: 宇宙论, in Hindi: ब्रह्मांड विज्ञान (), in Turkish: kozmoloji, in Swedish and Norwegian: kosmologi, in Arabic: الكوزمولوجيا علم الكونيات , in Hebrew: קוסמולוגיה

φιλοσοφία, philosophy, in German: Philosophie, in Italian and Portuguese: filosofia, in France: philosophie, in Spanish: filosofía, in Russian: философию, in Chinese: 哲学, in Hindi: दर्शन (tattvadnyaan), in Turkish: felsefe, in Swedish and Norwegian: filosofi, in Arabic: الفلسفة , in Hebrew: פילוסופיה

 on 2019-10-17.




G = 6,6725 x10-11 m3 kg-1 s-2



M=E/c2 = h / f λ2



   M = h f μο εο



V = S / t



  p = M V = E / V



aκ = V2 / r



S = 1/2 a t2



g = G M / r2



F = M a



   a = V2 /λ = λ f2



V =√GM / r



Fg = G M1 M2 / r2



G=c2 / Smax



zo=50G /μο



Mmax=Fmax / amin



c2 / λmin = Gmax



   c2 = amax λmin  



   ω = 2 π f = V/ r



  2π = T Vκ / r 



  f =ω / 2π =V/2π r



λmax=amin Tmax2



 λmax = c2 /amin   



  amin = c / Tmax



   amax = c / Tmin



  c = h / M λ  



  M=m c / √c2- V2



L = M V r



0,73725 x10-50



cos 90° = 0



c  G = 0,02



0,44929 x1019  



9,10938 x10-31   




1,67262 x10-27 




Mpl2 =h c / G




F r2 = M1M2 G




G = Fλ2 / Mpl2





DH / 1Mpc = c / VH





parsec~3,086x1016 m









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