 ill-fated theory on gravity that Einstein was working, between 1907-1914, before the maleficent competition arose with Hilbert, which was like when the fate touches our door to enter and get us out of the world, execution of the condemn imposed to the original sin of living by the universal law of the existential step from being to not be. Let's remember, between 1905 and 1907, as Poincare and Minkowski, Einstein could not obtain the Relativistic theory of gravity, RTG, from the Special Relativity, despite the great efforts that he made, to formulate the Galilean law of inertia to all arbitrary frame of reference in absence of the strong equivalence principle, SEP. RTG was rejected during its formation due to impossibility of describing the gravity potential by a 4-vector since it was necessary a covariant, second-order, symmetric tensor on a Minkowski s spacetime in Entwurf theory and on a Lorentzian manifold in General Relativity. Also, let's remember, between 1907 and 1914, Einstein was abandoned SEP, recognizing the gravitational field as a physical field and not an effect of coordinates, more exactly as an energy phenomenon and determining it though the tensor of the material process, thus conserving integrally the law of energy, only possible in a Minkowski's spacetime. However, Einstein had the technical problem of that his equations of limited covariance not give in the limit to gravity equation of Newton, neither in their astronomic application the correct orbit of Mercury. Einstein had to adopt the Lorentzian manifold, i.e. a curved spacetime and the general covariance of the equations sacrificing the gravitational field as a material phenomenon and geometrizing gravity. In 1986, the group of Anatoly Logunov and M. Mestvirishvili formulated RTG achieving the true generalization of Special Relativity, through of use a dualist structure of spacetime: Minkowski Lorentzian manifold, of course without the inconsistent Einstein equivalence principle, EEP, [27], [33], keeping as primary the Minkowski s spacetime, thus preserving the law of conservation of the energy and momentum, and materializing the static gravitational field, compound of virtual gravitons, generated from the tensor of matter, Tμν, more the tensor of the gravitational field itself, tμν although they used other notation. Through the overlapping secondary Lorentzian manifold, owing to the presence of the gravitational field in Minkowski space, is conserved the curved spacetime, consequently the general covariant equations, necessary to give in the limit to gravity
ill - fated theory on gravity that Einstein was working, between 1907 - 1914, before the maleficent contest arise with Hilbert, which was like when the fate touches our door to figure and get us out of the world, murder of the condemn inflict to the original sin of living by the universal law of the experiential step from being to not be. Let's remember, between 1905 and 1907, as Poincare and Minkowski, Einstein could not obtain the Relativistic hypothesis of gravity, RTG, from the Special Relativity, despite the great feat that he made, to formulate the Galilean jurisprudence of inertia to all arbitrary frame of reference in absence of the solid equivalence principle, SEP. RTG was rejected during its formation due to impossibility of describe the gravity potential by a 4 - vector since it was necessary a covariant, second - order, symmetric tensor on a Minkowski s spacetime in Entwurf theory and on a Lorentzian manifold paper in General Relativity. Also, let's remember, between 1907 and 1914, Einstein was abandoned SEP, recognizing the gravitational field as a forcible battlefield and not an effect of coordinates, more exactly as an energy phenomenon and determining it though the tensor of the material process, thus conserving integrally the jurisprudence of energy, only potential in a Minkowski's spacetime. However, Einstein have the technical trouble of that his equations of limited covariance not give in the limit to gravity equation of Newton, neither in their astronomic application the correct eye socket of Mercury. Einstein had to adopt the Lorentzian manifold, i.e. a curved spacetime and the general covariance of the equations sacrificing the gravitational airfield as a material phenomenon and geometrizing gravity. In 1986, the group of Anatoly Logunov and M. Mestvirishvili formulated RTG achieving the genuine generalization of Special Relativity, through of function a dualist structure of spacetime: Minkowski Lorentzian manifold, of course without the inconsistent Einstein equivalence rationale, EEP, [ 27 ], [ 33 ], keeping as primary the Minkowski s spacetime, thus preserving the law of conservation of the energy and momentum, and materializing the static gravitational field, compound of virtual graviton, generated from the tensor of matter, Tμν, more the tensor of the gravitational field itself, tμν although they used other note. Through the overlapping secondary Lorentzian manifold, owing to the bearing of the gravitational field in Minkowski space, is conserve the curved spacetime, consequently the general covariant equation, necessary to grant in the limit to gravity
 ilp-fated theory on gravity that Einstein cqs worning, bstween 1907-1914, cefore the maleficent competmtiob arowe with Hilbert, which das like ahen the fatt touches our dooc to entcx and net uv out of the wotld, executiot of the condekn ilposed to the original sin of livind by thr kniversal law jf tnq exjstential step from being to not bs. Let's gemember, between 1905 and 1907, as Poincare and Minklwskl, Einstein could nlt obtain tye Rqoativistic tfeory of ggcvity, RTG, ftom the Special Relativity, despige thz great effirrs hvat he made, to fjrmulate the Galileat law og inertia to akl erbirrary frame of refereice in absence of thg strong exunvalence principle, SEP. ETG wds rajecgwd aurjnj ifs forlatmon due to jmpossibiliry of describing tht gwqvity potentizl by w 4-dector since it was necessary a covariatt, aecond-order, symmetric twnsor on a Minkowski d spacetiie in Entwurf theory and on a Lorentzian manifold in Gxndrao Velaguvlty. Also, let's remember, between 1907 and 1914, Einstein sax sbandoned SEP, vecognizing the grsvltsjional field ar a phvaidal field and not wn effest of coordinaues, mpre exactly as an energy phwnomenon and eetermining it thobgh the tensur og the material process, thus eonserbing integrwlly the mxw of energy, onlh ppsvible in a Minkowski's spacqtime. Howxver, Zinstein had the tqchnical pgoblem of that his equatlons lf limited clvariance not give in the limit to gravity eqoathon of Newtjn, nelther in their wstronomic appkicatiou the zorrect orgit of Kercury. Einftein had to dfopt the Lorxntzian mwnifild, u.e. a cufxed spacetime snd the gvntral covaruance of the equatlons rzcrificing the yxacitational fielc ar a mwtxrial [henomenon atd gdomdyrizivg gravity. Ln 1986, the group of Anatoly Locunob and M. Mestvirishfiji formuoated RTD achieving tne true generalizauion oh Specmal Rekatyvity, through of use a dualist structurf on spacetime: Mynkoqski Lorentznan manifold, of course without the inconwistent Einstein gquivalence principle, TEP, [27], [33], keeping as pwimary tha Minkowski s spacetume, thus preservikg the law of conservafion ox the energy and momentum, and materializing the static gravitational field, compound of virtual gdaviyons, ceuercted frjm tie tensor of matteg, Tμν, more the tensor of the gravivational fhejd itself, tμν although they usrd other notatiun. Through the overlappihg seconcary Lorentzian manifold, owing yo the presence of the gvavitatiobal fjeld in Miikowski space, is conxerved the xurved wpacctime, consequevtlu bhe generap cotarnant equations, necessary to give un the llmit to gravity
ill-fated theory on gravity that Einstein was 1907-1914, the maleficent arose with Hilbert, fate our door to and get us of the world, execution of the imposed to the original sin of living by the universal law of the step from being to not be. Let's remember, between 1905 and 1907, as and Einstein not the Relativistic theory of gravity, RTG, from the Special Relativity, despite the great efforts that he to formulate the Galilean law of inertia to arbitrary frame of reference absence of the strong equivalence SEP. was rejected its due impossibility of describing gravity potential by a 4-vector since it was necessary a covariant, second-order, symmetric tensor on a Minkowski spacetime in and on Lorentzian in Relativity. Also, let's 1907 and 1914, Einstein was abandoned gravitational field as a physical field and not effect of more exactly as an energy phenomenon determining it though the tensor of the material thus conserving integrally the law of energy, only possible in a Minkowski's spacetime. However, Einstein technical problem of that equations of limited not in limit gravity equation Newton, neither in their astronomic application the correct orbit of Mercury. had to adopt the Lorentzian manifold, i.e. a curved spacetime general of the equations the gravitational field as material and geometrizing gravity. In group Anatoly Mestvirishvili RTG the true generalization of Relativity, through of use a structure of spacetime: Minkowski the inconsistent Einstein equivalence principle, EEP, [27], [33], as primary the Minkowski s spacetime, thus the law of conservation of the energy and momentum, and materializing the gravitational field, virtual gravitons, generated from the tensor of matter, more the tensor of gravitational field itself, tμν although they used other notation. the secondary Lorentzian owing to the of the gravitational in Minkowski space, the curved consequently general to give in the limit to
 ill-fated theory on gravity thAt Einstein Was woRkiNg, bEtWeen 1907-1914, BefoRe the maleficenT CompEtition arose with HilberT, whicH wAS likE WhEn the Fate touCHeS OUr dOoR tO enTeR AnD get uS ouT of the wOrld, executIon Of The condemn imPOsEd to the oriGinAl sin of livinG by The uniVeRsaL Law of The ExistEntial STep froM being to nOt BE. Let's rEMember, bETWeEn 1905 anD 1907, as Poincare and MinKOwSKi, Einstein coulD not obTaIN tHE relAtiVistic theoRy Of graVIty, RTG, fROm THE speCIal Relativity, Despite the gREat EffortS tHat HE made, tO formUlATe tHe Galilean lAw of Inertia to All arbITrary frAMe of refErence In aBseNce oF ThE sTroNg EQuiVAlEncE PriNciple, SEp. RtG Was reJectED DURing Its FormAtion Due to impossibIliTy of DEscRibinG the gRaviTy PotenTial by A 4-vectOr Since it was necesSary A covarianT, seCoNd-oRdEr, symMEtric tEnsOr oN a MinkoWski s spACetImE IN enTwurf theory and on a LOrENTzIan manifOld in GENeRaL relativiTy. alsO, let'S REmembEr, beTWeEn 1907 and 1914, EinStein wAS aBaNdoned SeP, RecognIzIng The GraviTAtioNal fieLd as a phySical FIeld and not an efFEct of coordinaTEs, MORe EXactLy aS an energy phEnomENon aNd deTErMinINg it tHough ThE TeNSor of the material proCeSs, thus ConseRving integralLy the law of ENERgy, only pOssiBLe IN a Minkowski's spAcetiMe. However, EINstein haD the tEchnical Problem of THAt his equAtiOns Of lImiTED cOvariance not gIVE in tHe Limit to GraVity equAtiOn oF NeWtoN, nEither in tHeir astrOnOmIc ApPliCatioN The correCt OrbIt Of MErcurY. einsteIn had To adOpT tHE LoRentziaN MaNIFold, I.e. A cUrveD spAcEtime And tHE geNeral coVariance oF thE EquaTiOnS sacrifIcing the graviTaTional fielD aS a mAteriaL PHenomenoN and geometrizing gravity. iN 1986, the groUp oF AnatOly LOgunov and m. MeStviriShvILi formUlated rTG acHiEviNG The trUE GeNerAlIzation of SPECiaL RelaTiVity, Through Of use a dualist strucTUre Of spacetime: MiNkoWski lOReNtzIAn MAniFoLD, of COUrse without the iNconsistenT EINsTein equivaLEncE pRinciplE, EEP, [27], [33], keePing aS Primary The MinkowSki s spaceTiMe, thUS PreServing the Law of conServation OF the eNErGy and MomEntum, aNd MatErialIzing tHE stAtic gRavitaTiOnal fiEld, coMpOund of viRtual gravitons, generated From thE tensOr oF matter, TμΝ, moRE thE tensor of The gRavitationAl fIelD itseLf, tΜΝ althOugh THeY usED otheR notATion. ThrouGH tHe oVERlApping seconDARY LoRentzIan MAnifolD, owiNg to the presence of THe gravitationaL fieLD In MInkOWski SpAce, is conserved The CuRVEd spacetImE, consequentLy the genErAL covaRiant eQuatioNs, necesSARy TO give iN the LimIt to graviTy
 ill-fated theory on gravi ty that Ei nstei n w aswo rkin g, b etween 1907-19 1 4, b efore the maleficent c ompet it i on a r os e wit h Hilbe r t, w hic hwa s l ik e  w hen t hefate to uches ourdoo rto enter and ge t us out o f t he world, ex ecu tion o fthe conde mnimpos ed tot he ori ginal sin  o f  livin g  by the u ni vers al law of the exi s te n tial step from  being  t o  n o t  be . L et's remem be r, be t ween 19 0 5a n d  19 0 7, as Poincar e and Minko w ski , Eins te inc ould n ot ob ta i n t he Relativi stic  theory o f grav i ty, RTG ,  from t he Spe cia l R elat i vi ty , d es p ite th e g r eat  efforts  t ha t hemade , t o  for mul atethe G alilean law o f i nert i a t o all  arbi trar yframe  of re feren ce  in absence ofthestrong eq uiv al enc eprinc i ple, S EP.  RT G was r ejected dur in g i ts  formation due toim p o ss ibilityof des c ri bi n g the gr av ity  pot e n tialby a 4- vector s ince i t  w as  necess ar y a co va ria nt,  seco n d-or der, s ymmetric  tens o r on a Minkows k i s spacetime in E nt w urfthe ory and ona Lo r entz ianm an ifo l d inGener al Re l ativity. Also, let' srememb er, b etween 1907 a nd 1914, E i n s tein was  aba n do n ed SEP, recogn izing  the gravi t ationalfield  as a ph ysical fi e l d and no t a n e ffe cto f  c oordinates, m o r e ex ac tly asanenergyphe nom eno n a nd  determin ing it t ho ug hth e t ensor of the m at eri al  pr ocess ,  thusconse rvin gin t egr ally th e  l a w  ofen er gy,onl ypossi blei n a  Minkow ski's spa cet i me.Ho we ver, Ei nstein had th etechnicalpr obl em oft h at his e quations of limited cov a riancenot  give  inthe limit  to  gravi tye quatio n of N ewton ,nei t h er in t he iras tronomic a p p lic ation  t he c orrectorbit of Mercury.E ins tein had to a dop t th e Lo ren t zi a n m an i fol d ,  i.e. a curvedspacetimean d  t he general cov ar iance o f the e quati o ns sacr ificing t he gravit at iona l fie ld as a ma terial p henomenon and g e om etriz ing  gravi ty . I n 198 6, the gro up of  Anato ly  Logun ov an dM. Mestv irishvili formulated RT G achi eving  th e true ge ner a liz ation ofSpec ial Relati vit y,throu gho f use  a d u al ist struc ture of spacet i me : M i n ko wski Lorent z i a n m anifo ld, of cou rsewithout the incon s istent Einstei n eq u i val enc e  pri nc iple, EEP, [27 ],[3 3 ] , keepin gas primarythe Mink ow s ki sspacet ime, t hus pre s e rv i ng the  law  of  conserva tio no f the e ne rg y  and m omen tu m, and  mater i aliz i n g the static gra vitat i o nal f i eld , com po und ofv irtu al gravito ns, generat ed fro m th e ten sor ofma tter,Tμν ,more the t e nsor of t he gr avitati on al f iel d itse lf,t μ ν alt houg hthe y used ot h e rn ot at i on.  Thr oughth e ov erlapping secondar y L o rentzia nman i f old, o w in g to the pre sen ce of t he gravita t iona l  f i eld i n Mink owskispace,i s c on servedthe c urved spa cetime, c o nse qu entl y the ge ne ralco var ia nt equations, n ecessary  to give i n thelim i t to gravit y
 ill-fated_theory on_gravity that Einstein was_working, between_1907-1914,_before the_maleficent_competition arose with_Hilbert, which was_like when the fate_touches our door_to_enter and get us out of the world, execution of the condemn imposed to_the_original sin_of_living_by the universal law of_the existential step from being_to not_be. Let's remember, between 1905 and 1907, as_Poincare_and Minkowski, Einstein_could not obtain the Relativistic theory of gravity, RTG,_from the Special Relativity, despite the_great efforts that_he_made,_to formulate the Galilean_law of inertia to all arbitrary_frame of reference in absence of_the strong equivalence principle, SEP. RTG was_rejected during its formation due to_impossibility of describing the gravity_potential by_a 4-vector since it was_necessary a covariant,_second-order, symmetric_tensor on a_Minkowski s spacetime in Entwurf theory_and on a_Lorentzian manifold in General Relativity. Also,_let's_remember, between 1907_and_1914,_Einstein was_abandoned SEP, recognizing_the_gravitational field_as_a physical field and not an_effect_of coordinates, more exactly as an energy_phenomenon and determining it_though_the tensor of the_material process, thus conserving integrally_the law of energy, only possible_in a_Minkowski's spacetime._However, Einstein had the technical problem of that his equations of_limited covariance not give in the_limit to gravity equation_of Newton,_neither_in their astronomic_application_the correct_orbit of Mercury. Einstein had to adopt_the Lorentzian_manifold, i.e. a curved spacetime and_the general covariance of_the_equations sacrificing the gravitational field as_a material phenomenon and geometrizing gravity._In 1986, the group of_Anatoly_Logunov_and M. Mestvirishvili formulated RTG_achieving the true generalization of Special_Relativity, through of_use a dualist structure of spacetime: Minkowski_Lorentzian_manifold, of course without the inconsistent_Einstein_equivalence principle, EEP, [27], [33], keeping_as_primary_the Minkowski s spacetime, thus_preserving the law of conservation of_the energy and momentum, and materializing the static gravitational_field, compound of_virtual gravitons, generated from the_tensor_of_matter, Tμν, more the tensor of the gravitational field itself,_tμν although_they used other_notation. Through the overlapping secondary Lorentzian manifold, owing to the_presence of the gravitational field in Minkowski_space, is conserved the curved spacetime, consequently the general covariant equations,_necessary to give in the limit to gravity