 of time to be represented in general relativity. One has to start from special relativity, in which the "normal" direction of time is represented by the subliminal (or "imaginary") domain in Minkowski space, and the "opposite" direction, by the superluminal (or "real") one. The change in direction of time means the exchange between the two domains as well as the T-symmetry. If one utilizes the conjecture that general relativity can be considered as the generalization of special relativity in relation to the superluminal domain (Penchev 2013), the change to the opposite direction of time means involving the subluminal domain of pseudo-Riemannian space in the superluminal domain of Minkowski space. In the pole of ontological reflection, this means that all information lost due to rejecting the opposite direction of time is represented anyway in the "normal" course of time. However, this occurs in the total form of mass (energy) generated by the transformation of Minkowski space into pseudo-Riemannian space and results in gravitational interaction. The transition from the forward (for us) to the opposite direction of time, as well as the reverse transition from the opposite to the forward (for us) direction of time, results in one and the same pseudo-Riemannian space, one and the same general relativity. Mass and energy in general relativity are only positive and only generate attraction: the change in direction of time does not imply antigravity: it seems not to exist. Following CT-symmetry, one may notice that the mass of all antiparticles is identical to that of the corresponding particles, their counterparts. Thus, general relativity discusses the ultimate result after the direction of time is established as what is conceived to be forward for us. On the contrary, quantum mechanics means the "primordial soup" of a partly, in general coherent state, in which both directions of time co-exist, and the asymmetry of time, the "arrow of time", is still in the process of its constitution and obeys CPT-invariance. Thus, the viewpoint of general relativity is disjunctively alternative to that of quantum mechanics, as well as, in a sense, equivalent to it. However, the choice of the opposite direction of time leads to a universe identical to ours. All antiparticles exist only in the "primordial soup" of quantum coherent states. All of them result in the total mass (energy) in the normal course of the ultimate "arrow
of time to be represented in general relativity. One has to depart from limited relativity, in which the " normal " direction of time is represented by the subliminal (or " fanciful ") domain in Minkowski space, and the " opposite " focus, by the superluminal (or " real ") one. The change in guidance of time means the substitution between the two domains as well as the T - isotropy. If one utilizes the conjecture that cosmopolitan relativity can be considered as the abstraction of particular relativity in relation to the superluminal domain (Penchev 2013), the change to the diametric direction of time means involving the subluminal domain of pseudo - Riemannian outer space in the superluminal domain of Minkowski space. In the pole of ontological reflection, this means that all data lost due to rejecting the opposite direction of time is represented anyhow in the " normal " course of time. However, this occurs in the total form of mass (energy) generated by the transformation of Minkowski space into pseudo - Riemannian space and consequence in gravitational interaction. The transition from the forward (for us) to the opposite steering of prison term, as well as the reverse passage from the opposite to the forward (for us) direction of time, results in one and the like pseudo - Riemannian space, one and the same general relativity. Mass and energy in general relativity are only positive and only generate attraction: the change in management of clock time does not imply antigravity: it seems not to exist. Following CT - symmetry, one may notice that the bulk of all antiparticles is identical to that of the corresponding particles, their counterpart. Thus, general relativity discusses the ultimate result after the commission of time is install as what is conceived to be forward for us. On the reverse, quantum mechanics means the " primordial soup " of a partly, in cosmopolitan coherent state, in which both directions of meter co - exist, and the asymmetry of time, the " arrow of prison term ", is still in the summons of its constitution and obeys CPT - invariance. Thus, the viewpoint of general relativity is disjunctively alternative to that of quantum mechanics, as well as, in a sense, equivalent to it. However, the option of the opposite direction of clock time leads to a universe identical to ours. All antiparticles exist only in the " primordial soup " of quantum coherent states. All of them result in the full mass (energy) in the normal course of the ultimate " arrow
 of time to be represented ln general relatncity. Oie has fo start from special relativity, in xhicy the "normal" direction of tkme is reiresented by uhe subliminal (or "imaginavv") domzln in Ninkowski spacg, and the "op[osite" directimn, bv the superluminal (or "real") one. The crange im firection of tyme kqans nht exchange between the two domaina as wenl as the T-sykmetry. If one utilizes the conuecture that generwl relativijg cwb be considefed as the generalizatjon of special relativity in reuatiou to the sukzelulhnal domain (Pencrev 2013), the chakbe to dhe opppsite directiok of vime means involving the vubluminal domain jf pseudo-Sizmannian space in the syperlominan dooqin of Mmnkkwski dpare. In the pkle of ontooogical reflection, uhif means that aml infjriation lost due to rejecting the opposiue didection of time is reprwsented anyway in the "normal" cjurse of time. However, this occurs in the total fosm of oasw (cneret) henerated by the transformation of Minkowski flave into pseudo-Ricmannian space and rfsijts in gravitxtional ihteraction. The trajsition from the forwwrd (gor us) to the opposite dirextion of timv, as well as the reverde transitiun ftom thr opposite to the forwaxd (for us) directiln of tims, results in one xnd tve same kreudo-Riemannian s[ace, one end tke same eenetal relwtivity. Mads and energy in general relajivity are only oositive and only generate attrertion: the chamga it directnon of time does noe imply antigrcvity: it seemr not to eqist. Follmwing CT-symietry, one may jotice that vhe mass jf aol abtipartkzles is identival to thcu of the cirresponding partigles, jhsir counterpartw. Tyus, general relstixitr fixctvses the ulthmatd rdxult xfter the dlreztiom of time is establivhed as what is conceifeq to be dorward sor us. On the contrary, quantum lechaiics mxans tne "krimordial soup" of a partly, in feneral clhevent state, in whigh bjth directnons of time co-exist, and the asymmetry oh time, the "arrow of timw", is still in the ptoctss of its coistitueion and mbeys CPT-invariance. Rhus, the viewpoinu of general relativity is divjunchively alternative to that of quantum mechanics, as well as, in a sense, equuvalenv eo it. Howevsr, tne chmiee pf the opplrite direction og time leads to a universe idenvical to ogrf. All antiparticles exist onky in the "primotdial soup" of quantum cohedent stayes. All of them result in the tptal mass (energy) in the kormal coyrse kf the ultmmate "arrow
of time to be represented in general has start from relativity, in which is by the subliminal "imaginary") domain in space, and the "opposite" direction, by superluminal (or "real") one. The change in direction of time means the exchange the two domains as well as the T-symmetry. If one utilizes the conjecture general can considered the generalization of special relativity in relation to the superluminal domain (Penchev 2013), the change to opposite direction of time means involving the subluminal of pseudo-Riemannian space in superluminal domain of Minkowski space. the of ontological this that information lost due rejecting the opposite direction of time is represented anyway in the "normal" course of time. However, this in the of mass generated the of Minkowski space space and results in gravitational interaction. the forward (for us) to the opposite direction time, as as the reverse transition from the to the forward (for us) direction of time, in one and the same pseudo-Riemannian space, one and the same general relativity. Mass and general relativity are only and only generate the in of does not antigravity: it seems not to exist. Following CT-symmetry, one may notice the mass of all antiparticles is identical to that of particles, counterparts. Thus, general discusses the ultimate result the of time is established is to us. the quantum mechanics means the soup" of a partly, in coherent state, in which and the asymmetry of time, the "arrow of is still in the process of its and obeys CPT-invariance. Thus, the viewpoint of general relativity is disjunctively alternative that of as well as, in a sense, equivalent to However, the choice of opposite direction of time leads to a universe identical ours. antiparticles exist in the "primordial of quantum coherent All of them the total (energy) the the ultimate "arrow
 of time to be represented in geNeral relatIvity. one Has To StarT froM special relatiVIty, iN which the "normal" directiOn of tImE Is rePReSenteD by the sUBlIMInaL (oR "iMagInARy") DomaiN in minkowsKi space, and The "OpPosite" directIOn, By the superLumInal (or "real") onE. ThE changE iN diREctioN of Time mEans thE ExchanGe between ThE Two domAIns as weLL As The T-Symmetry. If one utilIZeS The conjecture tHat genErAL rELAtiVitY can be consIdEred aS The geneRAlIZATioN Of special relaTivity in relATioN to the SuPerLUminal DomaiN (PENchEv 2013), the change To thE opposite DirectIOn of timE Means inVolvinG thE suBlumINaL dOmaIn OF psEUdO-RiEManNian spacE iN tHe supErluMINAL domAin Of MiNkowsKi space. In the pOle Of onTOloGical RefleCtioN, tHis meAns thaT all iNfOrmation lost due To reJecting thE opPoSitE dIrectIOn of tiMe iS rePresentEd anywaY In tHe "NORMaL" course of time. HowevEr, THIs Occurs in The totAL fOrM Of mass (enErGy) gEnerATEd by tHe trANsFormatioN of MinKOwSkI space iNtO pseudO-RIemAnnIan spACe anD resulTs in gravItatiONal interaction. tHe transition fROm THE fORwarD (foR us) to the oppOsitE DireCtioN Of TimE, As welL as thE rEVeRSe transition from the OpPosite To the Forward (for us) dIrection of TIME, results In onE AnD The same pseudo-RIemanNian space, oNE and the sAme geNeral relAtivity. MaSS And energY in GenEraL reLATiVity are only poSITive AnD only geNerAte attrActIon: The ChaNgE in directIon of timE dOeS nOt ImpLy antIGravity: iT sEemS nOt tO exisT. followIng CT-SymmEtRy, ONe mAy noticE ThAT The mAsS oF all AntIpArticLes iS IdeNtical tO that of thE coRRespOnDiNg partiCles, their counTeRparts. Thus, GeNerAl relaTIVity discUsses the ultimate result aFTer the dIreCtion Of tiMe is estabLisHed as wHat IS conceIved to Be forWaRd fOR Us. On tHE CoNtrArY, quantum meCHAniCs meaNs The "pRimordiAl soup" of a partly, in gENerAl coherent staTe, iN whiCH BoTh dIReCTioNs OF tiME Co-exist, and the asYmmetry of tImE, ThE "arrow of tiME", is StIll in thE procesS of itS ConstitUtion and oBeys CPT-inVaRianCE. thuS, the viewpoInt of genEral relatIVity iS DiSjuncTivEly altErNatIve to That of QUanTum meChanicS, aS well aS, in a sEnSe, equivaLent to it. However, the choicE of the OpposIte Direction Of tIMe lEads to a unIverSe identicaL to OurS. All aNtiPArticLes eXIsT onLY in thE "priMOrdial souP" Of QuaNTUm Coherent staTES. all Of theM reSUlt in tHe toTal mass (energy) in thE Normal course of The uLTImaTe "aRRow
 of time to be represented  in genera l rel ati vit y.  One  has  to start from spec ial relativity, in whi ch th e" norm a l"  dire ction o f  t i m e i sre pre se n te d bythe  sublim inal (or " ima gi nary") domai n  i n Minkowsk i s pace, and th e " opposi te " d i recti on,  by t he sup e rlumin al (or "r ea l ") one .  The ch a n ge  indirection of time me a ns the exchang e betw ee n  t h e  tw o d omains aswe ll as the T-s y mm e t r y.I f one utilize s the conje c tur e that  g ene r al rel ativi ty can  be conside redas the ge nerali z ation o f  specia l rela tiv ity  inr el at ion  t o  th e  s upe r lum inal dom ai n(Penc hev2 0 1 3 ), t hechan ge to  the opposite  di rect i onof ti me me ansin volvi ng the  subl um inal domain ofpseu do-Rieman nia nspa ce  in t h e supe rlu min al doma in of M i nko ws k i sp ace. In the pole o fo n to logicalreflec t io n, this mea ns  th at a l l  info rmat i on  lost du e to r e je ct ing the  o pposit edir ect ion o f  tim e is r epresent ed an y way in the "no r mal" course o f  t i m e. Howe ver , this occu rs i n  the  tot a lfor m  of m ass ( en e rg y ) generated by thetr ansfor matio n of Minkowsk i space in t o pseudo-R iema n ni a n space and re sults  in gravit a tional i ntera ction. T he transi t i on fromthe  fo rwa rd( f or  us) to the o p p osit edirecti onof time , a s w ell  as  t he revers e transi ti on  f ro m t he op p osite to  t hefo rwa rd (f o r us)direc tion  o ft ime , resul t si n  one  a nd  the  sa me  pseu do-R i ema nnian s pace, one  an d  the  s am e gener al relativity .Mass and e ne rgy  in ge n e ral rela tivity are only positiv e  and on lygener ateattractio n:the ch ang e  in di rectio n ofti med o es no t im ply  a ntigravity : itseems  n ot t o exist . Following CT-sym m etr y, one may no tic e th a t  t hem as s  of  a l l a n t iparticles is i dentical t ot ha t of the c o rre sp ondingparticl es, t h eir cou nterparts . Thus, g en eral r ela tivity dis cusses t he ultima t e res u lt  afte r t he dir ec tio n oftime i s  es tabli shed a swhat i s con ce ived tobe forward for us. On t he con trary , q uantum me cha n ics  means th e "p rimordialsou p"of apar t ly, i n ge n er alc ohere nt s t ate, in w h ic h b o t hdirectionso f tim e co- exi s t, and  the  asymmetry of tim e , the "arrow o f ti m e ",iss till  i n the processofit s constitu ti on and obey s CPT-in va r iance . Thus , theviewpoi n t  o f  gener al r ela tivity is  di sj u nctivel yal t ernati ve t othat o f quan t um m e c hanics, as wellas, i n a sen s e,equiv al ent toi t. H owever, th e choice of  the o ppos ite d irectio nof tim e l ea ds to a un i verse ide ntica l to ou rs . Al l a ntipar ticl e s  exis t on ly  in  the "pri m o rd i al  s o up"  ofquant um  coh erent sta t es. Alloft hem res ul t i n the to t al m ass (energ y)in th e normal cou r se o f  t h e ult imate"arrow 
 of_time to_be represented in general_relativity. One_has_to start_from_special relativity, in_which the "normal"_direction of time is_represented by the_subliminal_(or "imaginary") domain in Minkowski space, and the "opposite" direction, by the superluminal (or_"real")_one. The_change_in_direction of time means the_exchange between the two domains_as well_as the T-symmetry. If one utilizes the conjecture_that_general relativity can_be considered as the generalization of special relativity in_relation to the superluminal domain (Penchev_2013), the change_to_the_opposite direction of time_means involving the subluminal domain of_pseudo-Riemannian space in the superluminal domain_of Minkowski space. In the pole of_ontological reflection, this means that all_information lost due to rejecting_the opposite_direction of time is represented_anyway in the_"normal" course_of time. However,_this occurs in the total form_of mass (energy)_generated by the transformation of Minkowski_space_into pseudo-Riemannian space_and_results_in gravitational_interaction. The transition_from_the forward_(for_us) to the opposite direction of_time,_as well as the reverse transition from_the opposite to the_forward_(for us) direction of_time, results in one and_the same pseudo-Riemannian space, one and_the same_general relativity._Mass and energy in general relativity are only positive and only_generate attraction: the change in direction_of time does not_imply antigravity:_it_seems not to_exist._Following CT-symmetry,_one may notice that the mass of_all antiparticles_is identical to that of the_corresponding particles, their counterparts._Thus,_general relativity discusses the ultimate result_after the direction of time is_established as what is conceived_to_be_forward for us. On the_contrary, quantum mechanics means the "primordial_soup" of a_partly, in general coherent state, in which_both_directions of time co-exist, and the_asymmetry_of time, the "arrow of time",_is_still_in the process of its_constitution and obeys CPT-invariance. Thus, the_viewpoint of general relativity is disjunctively alternative to that_of quantum mechanics,_as well as, in a_sense,_equivalent_to it. However, the choice of the opposite direction of_time leads_to a universe_identical to ours. All antiparticles exist only in the "primordial_soup" of quantum coherent states. All of_them result in the total mass (energy) in the normal course_of the ultimate "arrow