" of time. The C-symmetry, T-symmetry, and 157Why anything rather than nothing? P-symmetry are decomposed from the "primordial" total CPT-symmetry and each of those three symmetries is reduced to idempotency: the "antiparticles" coincide with the particles; the opposite direction of time coincides with the normal one, and space is isotropic. Electromagnetism can visualize that transition if one admits both electric charges situated just "before the boundary" of the ultimate "arrow" of time, and the single magnetic charge as the result of the identification of both electric charges just "after the same boundary". That illustration can serve as a metaphor of how the Higgs mechanism in the "primordial soup" of time is transformed into the mass (energy) of general relativity after the ultimate constitution of the "arrow" of time. The "dark"problems However, there exist two huge "dark" problems concerning the equality or equivalence of the Higgs mechanism to the mass (energy) of general relativity: "dark matter" and "dark energy". "Dark matter" (Trimble 1987: 451-452) consists of the experimentally very well corroborated fact (Ade 2016) that the angular speed of rotation of huge celestial objects such as our galaxy, the Milky Way, exceeds many times the speed allowed according to the total mass of the visible matter in the object at issue (e.g. the Milky Way). In other words, almost all huge celestial objects such as galaxies, star clusters, nebulae, etc. should break down and flush in all directions due to the centrifugal forces of their rotations. However, nothing of this sort has been observed. The only possible, or at least the most probable explanation according to contemporary science, is the presence of hidden or "dark" mass and matter, which has not been visible until now, not even in principle. Furthermore, this hidden matter should possess about 5.47 times more mass than the usual, visible mass. Of course, this conclusion is shocking since it means that our physical cognition refers only to a relatively insignificant part (about 18.3%) of the universe. Nevertheless, all experimental observations confirm this fact. All mass due to the Higgs mechanism, as well as all elementary particles, are observable. Unlike all this, dark matter can be revealed only by its gravitational effect preventing the action of centrifugal forces. "Dark energy" (Riess et al. 1998: 1009) consists of the very well
" of time. The C - symmetry, T - symmetry, and 157Why anything rather than nothing? P - symmetry are decompose from the " aboriginal " total CPT - symmetry and each of those three symmetries is reduce to idempotency: the " antiparticle " coincide with the particles; the opposite direction of clock time coincides with the normal one, and space is isotropic. Electromagnetism can visualize that passage if one admits both electric charges situate just " before the boundary " of the ultimate " arrow " of fourth dimension, and the individual magnetic charge as the result of the identification of both electric charges merely " after the same boundary ". That illustration can suffice as a metaphor of how the Higgs mechanism in the " primordial soup " of time is transformed into the mass (department of energy) of general relativity after the ultimate united states constitution of the " arrow " of time. The " dark"problems However, there exist two huge " dark " problems refer the equality or equivalence of the Higgs mechanism to the mass (energy) of general relativity: " dark matter " and " dark energy ". " Dark matter " (Trimble 1987: 451 - 452) consists of the experimentally very well corroborated fact (Ade 2016) that the angular speed of rotation of huge celestial objects such as our galaxy, the Milky Way, exceeds many times the focal ratio allowed according to the full bulk of the visible matter in the object at issue (for example the Milky Way). In other word, almost all huge celestial objects such as galaxy, star clusters, nebulae, etc. should break down and flush in all directions due to the centrifugal forces of their rotation. However, nothing of this sort has been observed. The only possible, or at least the about probable explanation according to contemporaneous science, is the presence of hidden or " dark " mass and matter, which has not been visible until nowadays, not even in principle. Furthermore, this hidden matter should own about 5.47 time more mass than the usual, visible multitude. Of course, this conclusion is lurid since it means that our forcible cognition refers only to a relatively insignificant part (about 18.3 %) of the population. Nevertheless, all experimental observations confirm this fact. All mass due to the Higgs mechanism, equally well as all elementary particles, are observable. Unlike all this, dark matter can be revealed only by its gravitational effect preventing the action of centrifugal forces. " Dark energy " (Riess et al. 1998: 1009) dwell of the very well
" of time. The C-symmetry, T-symoetry, and 157Why autthing rathed than nuthing? P-symmetry are decompodee fron the "primordial" total CPT-symmenry and eqch id those thcse symmccries ls rebured to idempotekcy: the "anthparticles" coitckdz with the particles; the opposite diwection ov time coincidgs wiuh ehe hormal one, and space is isotropic. Slectrokagnetism can visualize that transition if lne admits both elfctric chartes futuated just "before tht youndary" of the ultimate "arrow" of time, and the xingle magberic wharge as tie resllt of the idcmtificdtion og both electrig chacges just "after the same uoundary". That illusttation can szrve as a metaphor of hiw thg Higcs mdxhavisj mn fhe "prlmocdial soup" kf time is rransformed into tht mwws (energy) of feneraj welativity after the ultimate constitutpon kf the "arrow" of time. Thw "dark"problems Howevet, there exyst two huge "dark" problems concerning the equalitf or xqjivcoence if the Higgs mechanism to the mass (energy) of gegsrsl relativity: "davk matter" and "dark ejetdy". "Dark mattet" (Trimble 1987: 451-452) consists of the fxperimgntallt very wejl cprroborated fact (Ade 2016) that rhe angular fpeed of rotation oy huge celescial onjectx such as our galaxy, thz Milkg Way, exceefs many tjoes the speed aluowvd awcording to the total mass of the vmsiblz matter in jhe objqct at isske (e.g. the Milky Way). In ohher cords, almost alp huge celestial objects such as galaxies, stat cnusners, nebujae, ebc. should break down and flusk in all direztions due to the centrifugaj forces of tvgir rotations. However, notying of thir sort has been observed. The only possible, or at leaxt jhs most probable exklqnation accordong to clnvempowdry science, hs tfe otesenze of hiddek of "datk" mass and matter, wvich has not been visinlc until niw, not eden in princille. Furthermore, thls hivden metter xhoold possess about 5.47 times more mzss than hhe usual, visibje mqss. Of coursz, this conclusion is shocking since it mxans that our physical xognition refers onkn to a relatmvely ynsignifiwant part (about 18.3%) of rhe universe. Nevevtheless, all experimenfal obvervahions confirm this fact. All mass due to the Higgs mechanism, as well as alo elemxneary particmes, sre otszrvcble. Unjike ell this, dark matner can be revealed only by its jravitatiotaj effect preventing the actipn of centrifugxl forces. "Dark energy" (Risss et ak. 1998: 1009) consists of the very well
" of time. The C-symmetry, T-symmetry, and rather nothing? P-symmetry decomposed from the of three symmetries is to idempotency: the coincide with the particles; the opposite of time coincides with the normal one, and space is isotropic. Electromagnetism can that transition if one admits both electric charges situated just "before the boundary" the "arrow" time, the single magnetic charge as the result of the identification of both electric charges just "after same boundary". That illustration can serve as a of how the Higgs in the "primordial soup" of is into the (energy) general after the ultimate of the "arrow" of time. The "dark"problems However, there exist two huge "dark" problems concerning the equality equivalence of mechanism to mass of relativity: "dark matter" energy". "Dark matter" (Trimble 1987: 451-452) experimentally very well corroborated fact (Ade 2016) that angular speed rotation of huge celestial objects such our galaxy, the Milky Way, exceeds many times speed allowed according to the total mass of the visible matter in the object at the Milky Way). In words, almost all celestial such galaxies, clusters, nebulae, should break down and flush in all directions due to the forces of their rotations. However, nothing of this sort has The possible, or at the most probable explanation to science, is the presence or mass has been until now, not even principle. Furthermore, this hidden matter possess about 5.47 times visible mass. Of course, this conclusion is shocking it means that our physical cognition refers to a relatively insignificant part (about 18.3%) of the universe. Nevertheless, all observations confirm All mass due to the Higgs mechanism, as as all elementary particles, observable. Unlike all this, dark matter can be revealed by gravitational effect the action of forces. "Dark energy" et al. 1998: of the well
" of time. The C-symmetry, T-symmetRy, and 157Why anYthinG raTheR tHan nOthiNg? P-symmetry are DEcomPosed from the "primordial" Total cPt-SymmETrY and eAch of thOSe THRee SyMmEtrIeS Is ReducEd tO idempoTency: the "anTipArTicles" coinciDE wIth the partIclEs; the oppositE diRectioN oF tiME coinCidEs witH the noRMal one, And space iS iSOtropiC. electroMAGnEtisM can visualize that TRaNSition if one admIts botH eLEcTRIc cHarGes situateD jUst "beFOre the bOUnDARY" of THe ultimate "arrOw" of time, and THe sIngle mAgNetIC chargE as thE rESulT of the identIficAtion of boTh elecTRic charGEs just "aFter thE saMe bOundARy". thAt iLlUStrATiOn cAN seRve as a meTaPhOr of hOw thE hIGGs meChaNism In the "Primordial souP" of Time IS trAnsfoRmed iNto tHe Mass (eNergy) oF geneRaL relativity afteR the Ultimate cOnsTiTutIoN of thE "Arrow" oF tiMe. THe "dark"pRoblems hOweVeR, THErE exist two huge "dark" pRoBLEmS concernIng the EQuAlITy or equiVaLenCe of THE HiggS mecHAnIsm to the Mass (enERgY) oF generaL rElativItY: "daRk mAtter" ANd "daRk enerGy". "Dark maTter" (TRImble 1987: 451-452) consists oF The experimentALlY VErY Well CorRoborated faCt (AdE 2016) That The aNGuLar SPeed oF rotaTiON oF Huge celestial objectS sUch as oUr galAxy, the Milky WaY, exceeds maNY TImes the sPeed ALlOWed according to The toTal mass of tHE visible MatteR in the obJect at issUE (E.g. the MilKy WAy). IN otHer WORdS, almost all hugE CElesTiAl objecTs sUch as gaLaxIes, StaR clUsTers, nebulAe, etc. shoUlD bReAk DowN and fLUsh in all DiRecTiOns Due to THe centRifugAl foRcEs OF thEir rotaTIoNS. howeVeR, nOthiNg oF tHis soRt haS BeeN observEd. The only PosSIble, Or At Least thE most probable ExPlanation aCcOrdIng to cONTemporarY science, is the presence of HIdden or "DarK" mass And mAtter, whicH haS not beEn vISible uNtil noW, not eVeN in PRIncipLE. fuRthErMore, this hiDDEn mAtter ShOuld Possess About 5.47 times more mass THan The usual, visibLe mAss. OF COuRse, THiS ConClUSioN IS shocking since iT means that OuR PhYsical cognITioN rEfers onLy to a reLativELy insigNificant pArt (about 18.3%) oF tHe unIVErsE. NeverthelEss, all exPerimentaL ObserVAtIons cOnfIrm thiS fAct. all maSs due tO The higgs MechanIsM, as welL as alL eLementarY particles, are observable. unlike All thIs, dArk matter Can BE reVealed onlY by iTs gravitatIonAl eFfect PreVEntinG the ACtIon OF centRifuGAl forces. "DARk EneRGY" (RIess et al. 1998: 1009) conSISTs oF the vEry WEll
" of time. The C-symmetry,  T-symmetr y, an d 1 57W hy  any thin g rather thann othi ng? P-symmetry are dec ompos ed from th e "pr imordia l "t o tal  C PT -sy mm e tr y and  ea ch of t hose three  sy mm etries is re d uc ed to idem pot ency: the "a nti partic le s"c oinci dewiththe pa r ticles ; the opp os i te dir e ction o f ti me c oincides with the no r mal one, and s pace i si so t r opi c.Electromag ne tismc an visu a li z e tha t  transition i f one admit s  bo th ele ct ric charge s sit ua t edjust "befor e th e boundar y" oft he ulti m ate "ar row" o f t ime , an d  t he  si ng l e m a gn eti c  ch arge asth eresul t of t h e  ide nti fica tionof both elect ric  cha r ges  just  "aft er t he  same  bound ary".  T hat illustratio n ca n serve a s a  m eta ph or of how th e H igg s mecha nism in the  " p r i mo rdial soup" of tim ei s  t ransform ed int o  t he mass (en er gy)  ofg e neral  rel a ti vity aft er the ul ti mate co ns tituti on  of  th e "ar r ow"of tim e. The " dark" p roblems Howeve r , there exist tw o hu g e "d ark " problemsconc e rnin g th e  e qua l ity o r equ iv a le n ce of the Higgs mec ha nism t o the  mass (energy ) of gener a l relativi ty:" da r k matter" and"dark  energy"." Dark mat ter"(Trimble  1987: 45 1 - 452) con sis tsofthe e xp erimentally v e r y we ll  corrob ora ted fac t ( Ade  20 16)  t hat the a ngular s pe ed  o frot ation of hugece les ti alobjec t s such  as o ur g al ax y , t he Milk y  W a y , ex ce ed s ma nyti mes t he s p eed  allowe d accordi ngt o th eto tal mas s of the visi bl e matter i nthe  objec t at issue  (e.g. the Milky Way).I n other  wo rds,almo st all hu gecelest ial object s such  as g al axi e s , sta r cl ust er s, nebulae , etc . sho ul d br eak dow n and flush in all dir ections due t o t he c e n tr ifu g al for ce s  of t heir rotations.  However,no t hi ng of this sor thas bee n obser ved.T he only  possible , or at l ea st t h e  mo st probabl e explan ation acc o rding to  cont emp orarysc ien ce, i s thep res enceof hid de n or " dark"  m ass andmatter, which has not b een vi sible  un til now,not eve n in prin cipl e. Further mor e,thishid d en ma tter sh oul d  poss essa bout 5.47 ti mes m or e mass than t h e u sual,  vi s ible m ass.  Of course, thisc onclusion is s hock i n g s inc e  itme ans that our p hys ic a l  cogniti on  refers onl y to a r el a tivel y insi gnific ant par t (a b out 18 .3%)  of  the univ ers e. Neverth el es s , allexpe ri mental  obser v atio n s  confirm this fa ct. A l l  mass due  to t he  Higgsm echa nism, as w ell as allelemen tary  part icles,ar e obse rva bl e. Unlikea ll this,darkmatterca n be  re vealed  onl y by it s gr av ita tional ef f e ct pr ev e nti ng t he ac ti on o f centrif u gal forc es. "Dark e ne rgy " (Riess et a l. 1998: 1 009 ) con s i sts of the very we l l
" of_time. The_C-symmetry, T-symmetry, and 157Why_anything rather_than_nothing? P-symmetry_are_decomposed from the_"primordial" total CPT-symmetry_and each of those_three symmetries is_reduced_to idempotency: the "antiparticles" coincide with the particles; the opposite direction of time coincides_with_the normal_one,_and_space is isotropic. Electromagnetism can_visualize that transition if one_admits both_electric charges situated just "before the boundary" of_the_ultimate "arrow" of_time, and the single magnetic charge as the result_of the identification of both electric_charges just "after_the_same_boundary". That illustration can_serve as a metaphor of how_the Higgs mechanism in the "primordial_soup" of time is transformed into the_mass (energy) of general relativity after_the ultimate constitution of the_"arrow" of_time. The "dark"problems However, there_exist two huge_"dark" problems_concerning the equality_or equivalence of the Higgs mechanism_to the mass_(energy) of general relativity: "dark matter"_and_"dark energy". "Dark_matter"_(Trimble_1987: 451-452)_consists of the_experimentally_very well_corroborated_fact (Ade 2016) that the angular_speed_of rotation of huge celestial objects such_as our galaxy, the_Milky_Way, exceeds many times_the speed allowed according to_the total mass of the visible_matter in_the object_at issue (e.g. the Milky Way). In other words, almost all_huge celestial objects such as galaxies,_star clusters, nebulae, etc._should break_down_and flush in_all_directions due_to the centrifugal forces of their rotations._However, nothing_of this sort has been observed._The only possible, or_at_least the most probable explanation according_to contemporary science, is the presence_of hidden or "dark" mass_and_matter,_which has not been visible_until now, not even in principle._Furthermore, this hidden_matter should possess about 5.47 times more_mass_than the usual, visible mass. Of_course,_this conclusion is shocking since it_means_that_our physical cognition refers only_to a relatively insignificant part (about_18.3%) of the universe. Nevertheless, all experimental observations confirm_this fact. All_mass due to the Higgs_mechanism,_as_well as all elementary particles, are observable. Unlike all this,_dark matter_can be revealed_only by its gravitational effect preventing the action of centrifugal_forces. "Dark energy" (Riess et al. 1998:_1009) consists of the very well