Fisicaimpulsiva2daparteingles

SHORT STUDY OF INTRINSIC ENERGY IN SPACE STRUCTURING.Structuring energy space structures dracks cumulative fixed(black hole) or variables drakians variables (galacticclusters, nebulae, constellations, galaxies, stars, etc..)Originated in a primitive structure in which the energy wasconfined within the Plancks constant 10-31 meters and that xndrakians cm or mt. 1 = 1.59154943092 x10 28 dracks2πx10 − 29Drakians cm.At resonant energy we have:L=space=1.59154943092x1028x∆LL=1.59154943092x1028x1.06905205317x106L=1.7014491868x1034cm.Originating a speed, or impulsivity drack per sec. the axontraveled space to give an age of the universe E4 with respectto c the current light speed: 1.7014491868 x10 32 mt 1.7989669618 x1016E4 = light / year E3 = light / year 9.45792348 x1015 mt 0.5633777047 x105 x 6E4 = 1.7989669618 x1016 light / year E5 = 52.219,18272 x10 6 light / year© 2009 Copyright Antonio Gutiérrez Chávez fisica.impulsiva@gmail.com 1

But this gives a residual rate of speed or speed of flightaway given by: Va 2.997925717 x108Vf = = Mγ 0.56337770478 x105V f = 5.32134263075 x103 mt si.e 5.32134263075M f = module speed reducerM f = 0.56337770478 x105The axon fundamental resonant space in which drakian.d= 1.613327743882x1015cmtand if you call ϕ0 number of fundamental frequencies in theaxon, we have: ϕ0=wavelengths rate 1.70144918683x1034 cmts ϕ0 = 1.013327743882 x1015 mts ϕ0 = 1.05462111773 x1019Fundamental wavelength and calling ϕ0 ϕ01 = = 1x1023 λ0Wavelengths© 2009 Copyright Antonio Gutiérrez Chávez fisica.impulsiva@gmail.com 2

Where if we take: 1.70144918683 x1034 cmts Mf = 2.997925797 x1010 cmtsMf = Modulo fasor speedsMf = 0.56754212813x1024 reduccionesThe axon traveled the original space and was reflected inother groups of isoespaces creating drakians, whith violentdisturbing movements in these first moments, there was nolight, electric charge, magnetism, gravitation, constant h,G, etc, because the photon density was df to low. 0.56337770478 x105df = 1.70144918685 x1032d f = 3.3311163854 x10−28 fotones mtThen the primitive wave travel the space imposing a axons aregime change , disrupting waves transformation were at speedreduction of axon reduced = Era. Due to axon speed. M f .v fEra = año luz 0.56754212813 x1024 x5.32134263075 x103Era = 9.45792348 x1015 3.02008612052 x1027Era = 9.45792348 x1015Era = 3.193177141x1011 light year / 6Era = 52.219,1827 x106 light year / reducedEra = says age of Universe© 2009 Copyright Antonio Gutiérrez Chávez fisica.impulsiva@gmail.com 3

The speed of flight into the gravitational centers hasremained constant at a constant rate given by the Universeconstant of (5.3434263075)n Km /s n = 1,2,3,4,5,6.The elapsed time to the form of light was:In which photonics developed density. 1.79896696090000 x1016 − 3.193177141x1011E faluz = 1.79893502812859 x1016 light yearThen as changes progressed, the light was formed so is seen aspeed up of residual conformative age of3.02008612052x1027--------19.683X --------2.657.205X=2.223710083x1025/9.45792348 mt/light yearThe due formation of proton and neutroniD=2.657.205PassedENeutrón=2.3511610003x109 light year© 2009 Copyright Antonio Gutiérrez Chávez fisica.impulsiva@gmail.com 4

According to advanced transformations, we see a general outline. Conformative AxonConformative, primitive fixes drakian system Conformative photonic lightemision Drakian 1º Order drakian variables SystemFosil energy Drakian 2º Order Protogalaxis photonics and Protogalaxis protonics and electrónics netronics Drakian 3er Order Galactics cumulus gravitatories masives Galaxis gravitatory fractal System Stars system Stars systems Planets Brown Red gigants dwharf Cuasar Novas Supernovas White dwarf © 2009 Copyright Antonio Gutiérrez Chávez fisica.impulsiva@gmail.com 5

Fossil Energy cf 1.7014498683x1032 cf = 19683 c f = 8.675216505 x1027 mt sGiving a fossil temperature of: ∂cT4 = σΕ = 1x10−4 σΕ 6.28318530711x10−31 x8.675216505 x1027 mt cT4 = 1x10−4T 4 = 54.3134711751x10º K ± ∆ variacionalT = 2.71473154766º KBut since the formation of light to the onset of magnetism,gravitation, electric charge etc.. elapsed. 3.02008612052 x1027 Era = 9.45792348 x1015 Era = 3.193177141x1011 light year − 2.3511610003 x109 3.169565531997 x1011 light yearThat means it took 3.16956553997x1011 light years to developmagnetism gravitation, h etc but the real was Era.First neutrons were formed due to the high impedance of thefasor this population decreased after and the proton grew andformed the first gravitational mass, chemical compounds ofthe first table of elements, then inert masses.© 2009 Copyright Antonio Gutiérrez Chávez fisica.impulsiva@gmail.com 6

ENeutrón=2.3511610003x109 light yearsThis date is the later of the window inert, that is to thisdate had already been developed protogalaxias photon, neutronprotogalaxias, galactic clusters, galaxies, gravitationalmass, gravitational systems and fractals whose conformatorytemperatures and radii were as follows: ∂c T4 = σΕfor photonics protogalaxias and electronics we have 1.458 x103 x0.567 x10−4 T4 = 6.28318530718 x10−31 x 2.9979257966 x1010 Tc = 4.57704264437 x104 º K Tp = 2.99282981105 x105 º K Tcu = 1.21710335585 x105 º K TDf = 0.55032032436º KRay format are: ∂c ∂c fE = mx n′ E = E = Planck space xn αn 4 π D3σ 0 x n x n′ E = ∂c 2π E = ∂ σ 0 = density 3 2 D3σ ( x n ) ( 3) 2 2 =c DDf = 5.9615 x1016 cmt. Dcuarsar = 6.622 x1013 cmt. Destelar = 3.84069 x1011 cmt. D planeta = 1.75778 x108 cmt.© 2009 Copyright Antonio Gutiérrez Chávez fisica.impulsiva@gmail.com 7

So we see that DDf systems drakiana fixed (black hole) have aradius set to 4.28761507479x105 of sun radio with atemperature TDf =0.55132032436ºK, ie are huge structures thatnormally do not emit radiant energy and absorb all energy inthe vicinity because drack high impedance (velocity centerconjugate)are fast.Type structures causing, nova or supernova is4.76265822784X103 of sun radio, giving a photonic temperatureK is 1.21710335585X105K are large structures that begin inphotonizing sequentially due to impulsivity drack impedance,releasing large amounts of energy in the form of shock wavesrestructuring drack – photonics spaces.DD stellar systems are systems with more modest 2.76229142692sun radius masses with a temperature 2.99282981x105 ºK ofphonization which originate complex fields, of electronicconductive conductive mater and protons, neutrons thatdevelop, magnetic fields, recombination proton - neutronfield created convertive movement inside the structureFinally modest systems with up 1.26422612197x102 sun radiuswhich still have 4.57704264437x104 ºK temperature which variesaccording to the amount of photonic mater they expulsedecaying to form planets, planetoid, etc.Note that at this stage, the large alveolar force betweenthem is gives raise to violent movements due to the relativecloseness between the protoplanets and structure formation,resulting in a frenzied dance between these primordial bodiesin account of declining as they cool an fly apart.© 2009 Copyright Antonio Gutiérrez Chávez fisica.impulsiva@gmail.com 8

For example if we consider the approach of the Andromedanebula, towards the Milky Way that we have Av (speed ofAndromeda), VL (speed of the Milky Way), Vt = velocity ofapproach.Av+VL=Vt(5.32134263064)3+(5.32134263064)2=Vt150.68279578+28.31668739= VtVt =178.99948317 Km/sWithout taking into account the tangential velocity.Vtang= 5.321342630644 Km/s = 897,979351932 Km/SVtotal= 1.076,9788351 Km/s© 2009 Copyright Antonio Gutiérrez Chávez fisica.impulsiva@gmail.com 9

Fisicaimpulsiva2daparteingles

by Antonio Gutierrez on Apr 01, 2011

Accessibility

Upload Details

Usage Rights

Statistics

Fisicaimpulsiva2daparteingles — Document Transcript