"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…





The fundamental concepts (meanings) for the description of the Universe, for the research about structure of the matter and the first relations that need for the effectiveness of theoretical research are not the temperature and the density of matter (or energy). The fundamental meanings are the time, the length, the period and the change of motion and energy concerning one unit of time and still, the meaning about the stability or balance. These funda­mental meanings for the interpretation of physical world as an united total, come out immediately and they are tied up from each other, when we consider the Total of things as one only thing, that maintains always precisely the itself, inside the limits of a constant time period (= in the same time = simul­taneously). So as we will perceive from the first thoughts, a multitude of phenomena, between them many particular phenomena that the modern physicists are research in microscopic dimensions, phenomena without obvious connection or with connection like different phenomena between them, they are reduced in only one phenomenon: the motion and the balance. They are diffe­rentiated by the laws of motion with the first important discrimination the unhindered motion in to free space (Newtonian motion and usual inertia) and the motion that is caused from the perturbation in balance and we say it "wave" (wave motion and negative inertia).

All the phenomena are interpreted by the substantive pheno­me­non of the motion and balance, which substantially is only one phenomenon. The (inborn) opposition cannot be interpreted with a third phenomenon and originates from a limit in the pace of increment of speed. With this ending begins the generic phe­nomenon of inertia and the deceleration in the motion. The limits in the motion are not only limits that regulate a multitude of different physical phenomena, but all different phenomena are produced and caused by the limits in the motion and with the balance (with motions that are balanced and synchronized). This is the “ beginning for operation " in the Universe, because the com­plete Universe maintains its particular structure with the existence of minimal and biggest limits. Thus the Universe is presents as a material world in many different rythms, but with necessary time margins and simul­taneously it is absent (and so presents as a finite free space). It is always presents and relatively absentee in the essential time margins.


All things are considered as shaping by most rapid oscillations of energy in a constant quantity, that is found in balanced situation. The total quantity of energy is the same quantity for the all things and the all structural elements take shape with the same fluctuations of energy by one and same dynamic free space. The periodical phenomena would be impossible and accidental in the nature, if the motion and change in the nature were not regulated by immutable minimal and biggest limits. The limits in the length and time in the nature are fundamental and decisive for all phenomena, while the theo­retical consequences exceed the limits of the physics...



Who has not look at a table, where the electromagnetic spectrum begins with a minimal frequency some Hz and reaches in the high­est frequencies, that we observe them in the radiation of stars or in radioactive matter… Seldom, however if never, we read the suspi­cion or the question about the finish of electro­magnetic spectrum. While all researchers know well this spectrum and while a big part of the known spectrum is related with a lot of professions and spe­cialties, since a lot of decades ago. Why such disinterest?


The first publication on Earth


► We have observe an other type of motion that becomes not unhampered (or unstopped), but entirely on the contrary because it is prevented to become. This is the motion with waves.


The inertia is a phenomenon more generally that begins by the motion itself. The inertia never is absent from the nature. Almost 100 years, physicists around the world are stuck like ants in honey, they met inertia within the e/m waves, to embody the constant h and then had no difficulty to talk about mome­ntum without mass.


The mass in the structure of matter is something that is caused or created by phenomena of the alternating also periodical motion, which we know with the special term " electro­magnetic wave ". Do you knew, how with the Newton's laws for mechanical motions, we can find easy, that the light is a wave (or alternate) change and the particles emanate from electro­magnetic changes ?


c = amax Tmin = amin Tmax


From the biggest inattentions in the scientific research about the structure of matter and creation of nature existed the degradation of the observation for the periodical phenomena (and a multitude of tri­gono­metrical relations), that we meet in more motions in the nature. On the contrary, was overe­stimated the knowledge of mecha­nics exclusively for practical rea­sons and we stuck in motions that are infrequent in the nature, recti­linear motions, regular and without an end. The historian in the future will downgrades the intel­ligence of the predecessor physi­cists, that did not advance more fast or ef­ficiently the scientific re­search for the relations between the na­tural phe­nomena. No one physicist can not leaves unexploi­ted the obser­vation, that it can not a size is disturbed periodically, or beco­mes a regular­ly altered pheno­menon, without it receives a maxi­mum and minimal level. 









h ≈ λmin


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.









<•> The constant h coincides almost with a minimal wave length λmin 

The minimal length of wave λmin coincides almost with constant h, that is not only a theoretical quantity. With the constant h are connected theoretically and techno­logically the all electromagnetic phenomena. The minimal length of wave λmin coincides almost with constant h and consequently with the quantity h/2pi which is decisive for the structure of matter and regulates beams and lengths of orbits in the structure of matter. Accordingly so and the three universal constants h, c, G are presented and they are connected each one from other, only because the minimal length λmin coincides almost with the microscopic quantity of the constant h. The minimal length λmin approaches the quantity h ≈ 10-34 m and this means, that for a little change in a so much small quantity (16,3574 times for length λplanck) they change everything in the physics and in the Universe! Thus, so much simply, with a theoretical observation that who can makes every good student of school, reveals itself still, the difficulty be interpreted a multitude of microscopic phenomena and the structure of material elements. We observe the need of nature to maintains itself and creates with the fastest activities, after the microscopic changes should not deviate in minimal, in order to is not lost the timing and the creative meeting between phenomena.









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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