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c =2,997924 x108 m/s



h = 6,62606 × 10-34 kg m2 / sec



π = 3,141592...



2π = 6,283185



c2 =8,98755 x1016



μο = 4π × 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 ×10-7  






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 ×10-19



√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
















How the natural laws and forces are applied. What they didn't think in Physics and Philosophy... in last centuries?











All things are considered formations (dynamic morphemes) by most rapid oscillations and fluctuations of a constant energy quantity, that is found in balance situation.










Matter, here extreme near or extreme far of us, is connected with something common, with a common reality and in particular thus, that matter maintains everywhere its same structure.











The free space as a dynamic energy participates permanently for the conservation of matter and in the shaping of its structure. The common space constitutes the core for all individual structural elements.












The (negative) inertia of free space itself is presented with fluctuations that we name "electro­magnetic". Motion in nature becomes also without the visible bodies and the inertia is a wider phenomenon. (Mmax / c = M / V  Karamiha's equation)













We detect electro­magnetic fluctuations of the lowest frequencies in slower decelerations. We detect the higher frequencies of electro­magnetic spectrum up to the visible light in increased decelerations. In extreme greater decelerations we detect smaller lengths of wave such as are the particles.











Light is not a motion of some particle. It is the oscillation or fluctuation of itself free space (in lesser rates than midscale/average).













ανάλυση φωτόςLight (the visible spectrum) is not a motion precisely with maximal speed c. A provocative example: In the violet colour corresponds a speed (c - 3,04 ·10-20 m/s). For each 1Hz corresponds a quantity attenuation (decrement) from maximum speed c order of magnitude ≈10-34 m/s. 












The total quantity of energy is the same for all things. All structural elements takes shape with same fluctuations of energy by one and the same dynamic free space. The free space is not expanded, but trembles (like vibrated) and is oscillated with the highest frequency of nature (f02).













The simultaneous presence of complete Universe to the individual things from its nearest distance acts (periodically and momentarily) upon and appeared as " nuclear force", while from a long distance and externally it appeared as absence of a free space and acts upon as " gravitation ". The moment where the Universe begins is not found before the moment where it finishes (and is complete).








bing bang!




The limits in the maximum period and total energy are connected with the minimal limits on time, in the length and in the quantity of energy that can be transmitted. Thus they predetermine even the attributes of material carriers (particles).








bing bang!







The wave transfer of space energy at centralized way (gravity) contrary toparticles & waves the decentralizing behavior of electro­magnetic waves are the corresponding phenomena, which physicists imagined as contra­ction and dilation (expansion). The energy flow (of the free space) that acts centralized as gravity is “light” back in time and reversely!








bing bang!






The universal constants c, G, h are fundamental relations that enforced by stable minimum and maximum limits (mainly of time, length, speed, rate, change of motion, at frequency, force, and quantity of energy with a unit of time). They regulate all changes of h·f energy. They are present and connected between them, because the sizes of the fundamental phenomena are change with certain insuperable max and min limits.








bing bang!


The minimum length λpl = h/Mpl c is hided back of all relations in that appeared the gravitational constant G = 6,6725·10-11 m3 /kg·s2








bing bang!



Quantities of energy, lengths and rates with the mostly particles of matter are created they have almost average values of fluctuations that alter with the stable minimum and maximum limits (of sizes).








bing bang!





All electro­magnetic phenomena that described with constant k, with phenomena dielectric constant εo (permittivity) and magnetic permeability of the free space, with the fine constant α and with quantities of electric charge Cb, they are the same phenomena that described with the constants h, c, G but with a tint variation in their values.


















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 2021-01-16.


G = 6,6725 ×10-11 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 ×10-50



cos 90° = 0



c  G = 0,02



4,4929 x1018  



9,10938 ×10-31   




1,67262 ×10-27 




Mpl2 =h c / G




F r2 = M1M2 G




G = Fλ2 / Mpl2





DH / 1Mpc = c / VH





parsec~3,086x1016 m









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