 as an over-extended elastic spring breaks, and therefore a "colorless jet" of hadrons appears: the so-called hadronization of quarks or gluons. That "jet" tends to expand further and further in time because the color interaction in any new colorless hadron has been extending overview/ 159Why anything rather than nothing? in turn until it "breaks", too, and generates more new quarks or gluons, which are hadronized again immediately and unobservably 7. Our key question should be what happens with energy conservation during the process of hadronization: the energy of the "broken over-extension" passes into the mass-energy of the generated ("from the vacuum") anti-counterparts for any quark or a pair of quarks and antiquark for any gluon. This can explain how the space extension itself can generate energy by itself by means of color elementary particles such as quarks or gluons and the extraordinary property of color confinement transforming the extension of the universe into a kind of "perpetuum mobile". The process of hadronization may further illuminate the intimate mechanism of how time appears from space over the upper limit of its allowed extension. The space extension generates energy for color confinement. That space extension breaks over a certain energetic bound and a hadron jet appears. Any element of the hadron jet turns out to be doubled by a pair of quark and antiquark, and hadronization obeys the first of all strong, and electromagnetic interaction. Both are CT-invariant, and P-symmetric because of CPT-invariance. As all the Standard models, they are Lorentz-invariant, which is very closely linked to the CPT-invariance. Thus, any pair of quark-antiquark can be considered equivalent to a single particle doubled in both directions of time 8. Those "two directions of time" appear to exceed 7 The only exception is the top quark, whose time of decay is supposed to be less than the time necessary for its hadronization, so the products of its decay can be observed and thus indirectly, the top quark itself is as if "bare" (Abachi et al. 1995; Abe et al. 1995). 8 One can consider motion at a velocity as the elastic extension of space. Then, the speed of light is the upper bound: a limit, after which the space is "ruptured" into parts, e.g. into particles such as an electron and a positron. On the contrary, the Planck constant is the minimal
as an over - extended elastic spring breaks, and consequently a " colorless k " of hadrons appears: the therefore - call hadronization of quarks or gluons. That " fountain " tend to expand further and further in time because the coloring material interaction in any new colorless hadron has been extending overview/ 159Why anything quite than nothing? in go until it " breaks ", excessively, and generates more new quark or gluons, which are hadronized again immediately and unobservably 7. Our key question should be what happen with energy conservation during the process of hadronization: the energy of the " broken over - propagation " passes into the mass - energy of the generated (" from the vacuum ") anti - counterpart for any quark or a pair of quarks and antiquark for any gluon. This can explain how the space extension itself can generate energy by itself by means of color elementary particles such as quarks or gluons and the extraordinary property of color confinement transforming the propagation of the universe into a kind of " perpetuum mobile ". The process of hadronization may far clear the intimate mechanism of how time appear from space over the upper limit of its allowed extension. The quad extension generates energy for color confinement. That space reference breaks over a certain energetic bound and a hadron jet appear. Any element of the hadron k turns out to be doubled by a pair of quark and antiquark, and hadronization obeys the inaugural of all strong, and electromagnetic interaction. Both are CT - invariant, and phosphorus - symmetric because of CPT - invariance. As all the Standard model, they are Lorentz - invariant, which is very closely yoke to the CPT - invariance. therefore, any pair of quark - antiquark can be considered equivalent to a single particle doubled in both focus of time 8. Those " two focus of time " look to exceed 7 The only exception is the top quark, whose time of decay is supposed to be less than the prison term necessary for its hadronization, so the products of its decay can be observed and thus indirectly, the top quark itself is as if " bare " (Abachi et al. 1995; Abe et al. 1995). 8 One can consider motion at a velocity as the elastic extension of outer space. Then, the speed of light is the upper jump: a limit, after which the space is " ruptured " into parts, e.g. into particles such as an electron and a positron. On the reverse, the Planck constant is the minimal
 as an over-extended elastic spring breaks, cbd thecefore z "colorldss jet" of hadrons appears: tie si-calltb hadronization of qjarks or hluons. Tyat "oet" tends to expehd furtmzr ans furchxr in time becaose the colos interaction hn auy new colorless hadron has been extqnding pvfrview/ 159Why anyjhing wathsg uhan nothing? in turn until it "brezks", too, and generatex more new quarks or gluond, whlch are hadronized again immeeiatqoy and unobsdrvably 7. Olx key questjon should be what happens with eneryy conservajnin foring the pricess of hadronization: tha energu of the "brokek ovec-extwnsion" passes into thx mass-energy of the denerated ("fxom the vacuum") anti-coynrerpatts fmr avt qjari pr a paig oh quarks ans antiquark for any gluon. This cwb explain how the s[ase extension itself can generate energy by itself by means of colir elementary particlgs such as quarks or gluons and the extraordinary property mf comur einfindnejt transforming the extension of the universe jnuo s kind of "perpctuum mobile". The ptofexf of hadronizxtion may further illuminatf the igtimare mechanysm pf how time appears from spqce over the ypper limit of its allowed excensiom. The space extension generaces ensrgy for copor confihdment. That space exnenshon breaks over a certain qnergetic bouud and a hadton jet appears. Ajy elckent of the hadron jet jurns mut to be foubled by a pair of quark and eitiquark, and nagrotization obeyx the first os all strong, aud electxomagndtic interzction. Uoth are CT-igvariant, and [-dymmetric berause of SPT-ibvaruance. Ar all the Standsrd models, they are Lorentz-invariant, xhicf is very closelv oinked to the CLT-ivvawiwnre. Thtv, any pair ox quxrk-xmtiquxrk can be gonrideted equivalent to a vingme particle doublec ln both durectionf of time 8. Thpse "two directions of tmme" ap'ear tp evceed 7 The only exception is tge top quwrk, whose time jf dccay is supposzd to be less than the time necessary foc its hadronization, so rhe products of its cecay can bx obsewved and dhus indirectly, the rop quark itself ls as if "bare" (Abachi ef al. 1995; Dbe eh al. 1995). 8 One can consider motion at a velocity as the elastic extension of wpace. Vhqn, the spees of lighn if the u[per uound: a limit, aftvr which the space is "ruptured" iito parts, a.g. into particles such as an ekeztron and a pusitron. On the contrary, fhe Planvk constant is the minimal
as an over-extended elastic spring breaks, and "colorless of hadrons the so-called hadronization "jet" to expand further further in time the color interaction in any new hadron has been extending overview/ 159Why anything rather than nothing? in turn until "breaks", too, and generates more new quarks or gluons, which are hadronized again and 7. key should be what happens with energy conservation during the process of hadronization: the energy of the over-extension" passes into the mass-energy of the generated the vacuum") anti-counterparts for quark or a pair of and for any This explain the space extension can generate energy by itself by means of color elementary particles such as quarks or gluons and extraordinary property confinement transforming extension the into a kind mobile". The process of hadronization may intimate mechanism of how time appears from space the upper of its allowed extension. The space generates energy for color confinement. That space extension over a certain energetic bound and a hadron jet appears. Any element of the hadron out to be doubled a pair of and and obeys first of strong, and electromagnetic interaction. Both are CT-invariant, and P-symmetric because of As all the Standard models, they are Lorentz-invariant, which is linked the CPT-invariance. Thus, pair of quark-antiquark can considered to a single particle both of "two of appear to exceed 7 only exception is the top whose time of decay than the time necessary for its hadronization, so products of its decay can be observed thus indirectly, the top quark itself is as if "bare" (Abachi et 1995; Abe 1995). 8 One can consider motion at a as the elastic extension space. Then, the speed of light is the upper a after which space is "ruptured" parts, e.g. into such as an a positron. the the the minimal
 as an over-extended elastic spRing breaks, And thEreForE a "ColoRlesS jet" of hadrons aPPearS: the so-called hadronizatIon of QuARks oR GlUons. THat "jet" tENdS TO exPaNd FurThER aNd furTheR in time Because the ColOr Interaction iN AnY new colorlEss Hadron has beeN exTendinG oVerVIew/ 159WhY anYthinG ratheR Than noThing? in tuRn UNtil it "BReaks", toO, ANd GeneRates more new quarkS Or GLuons, which are hAdroniZeD AgAIN imMedIately and uNoBservABly 7. Our kEY qUESTioN Should be what hAppens with eNErgY conseRvAtiON durinG the pRoCEss Of hadronizaTion: The energy Of the "bROken oveR-ExtensiOn" passEs iNto The mASs-EnErgY oF The GEnEraTEd ("fRom the vaCuUm") Anti-cOuntERPARts fOr aNy quArk or A pair of quarks And AntiQUarK for aNy gluOn. ThIs Can exPlain hOw the SpAce extension itsElf cAn generatE enErGy bY iTself BY means Of cOloR elemenTary parTIclEs SUCH aS quarks or gluons and ThE EXtRaordinaRy propERtY oF Color conFiNemEnt tRANsforMing THe ExtensioN of the UNiVeRse into A kInd of "pErPetUum MobilE". the pRocess Of hadronIzatiON may further illUMinate the intiMAtE MEcHAnisM of How time appeArs fROm spAce oVEr The UPper lImit oF iTS aLLowed extension. The spAcE extenSion gEnerates energY for color cONFInement. THat sPAcE Extension breakS over A certain enERgetic boUnd anD a hadron Jet appearS. aNy elemenT of The HadRon JET tUrns out to be doUBLed bY a Pair of qUarK and antIquArk, And HadRoNization oBeys the fIrSt Of AlL stRong, aND electroMaGneTiC inTeracTIon. BotH are Ct-invArIaNT, anD P-symmeTRiC BEcauSe Of cPT-iNvaRiAnce. AS all THe STandard Models, theY arE loreNtZ-iNvarianT, which is very cLoSely linked To The cPT-invARIance. ThuS, any pair of quark-antiquarK Can be coNsiDered EquiValent to a SinGle parTicLE doublEd in boTh dirEcTioNS Of timE 8. tHoSe "tWo Directions OF TimE" appeAr To exCeed 7 The Only exception is the TOp qUark, whose time Of dEcay IS SuPpoSEd TO be LeSS thAN The time necessarY for its hadRoNIzAtion, so the PRodUcTs of its Decay caN be obSErved anD thus indiRectly, the ToP quaRK ItsElf is as if "bAre" (AbachI et al. 1995; Abe eT Al. 1995). 8 One CAn ConsiDer Motion At A veLocitY as the ELasTic exTensioN oF space. then, tHe Speed of lIght is the upper bound: a limIt, afteR whicH thE space is "rUptURed" Into parts, E.g. inTo particleS suCh aS an elEctROn and A posITrOn. ON The coNtraRY, the PlancK CoNstANT iS the minimal
 as an over-extended elast ic springbreak s,and  t here fore  a "colorlessj et"of hadrons appears: th e so- ca l ledh ad roniz ation o f  q u a rks  o rglu on s .That"je t" tend s to expan d f ur ther and fur t he r in timebec ause the col orintera ct ion in an y n ew co lorles s  hadro n has bee ne xtendi n g overv i e w/  159 Why anything rath e rt han nothing? i n turn  u n ti l it"br eaks", too ,and g e nerates mo r e new quarks or glu ons, whicha rehadron iz eda gain i mmedi at e lyand unobser vabl y 7. Ourkey qu e stion s h ould be  whathap pen s wi t hen erg yc ons e rv ati o n d uring th epr ocess  ofh a d r oniz ati on:the e nergy of the"br oken ove r-ext ensio n" p as ses i nto th e mas s- energy of the g ener ated ("fr omth e v ac uum") anti-c oun ter parts f or anyq uar ko r apair of quarks and  a n t iq uark for  any g l uo n. This can  e xpl ainh o w the  spa c eextensio n itse l fca n gener at e ener gy  by  it selfb y me ans of  color e lemen t ary particless uch as quarks or g lu o ns a ndthe extraor dina r y pr oper t yofc olorconfi ne m en t  transforming the e xt ension  of t he universe i nto a kind o f  "perpet uumm ob i le". The proce ss of  hadroniza t ion mayfurth er illum inate the i ntimatemec han ism  of h ow  time appears f romsp ace ove r t he uppe r l imi t o f i ts  allowedextensio n.  T he  s pac e ext e nsion ge ne rat es  en ergyf or col or co nfin em en t . T hat spa c ee x tens io nbrea ksov er acert a inenerget ic boundand a ha dr on  jet ap pears. Any el em ent of the  h adr on jet t urns out  to be doubled by a pai r  of qua rkand a ntiq uark, and  ha droniz ati o n obey s thefirst  o f a l l  stro n g ,and  e lectromagn e t icinter ac tion . Bothare CT-invariant,a ndP-symmetric b eca useo f  C PT- i nv a ria nc e . A s all the Standar d models,th e yare Lorent z -in va riant,which i s ver y  closel y linkedto the CP T- inva r i anc e. Thus, a ny pairof quark- a ntiqu a rk  canbeconsid er edequiv alentt o a  sing le par ti cle do ubled  i n both d irections of time 8. Th ose "t wo di rec tions oftim e " a ppear toexce ed 7 The o nly  ex cepti oni s the  top qu ark ,  whos e ti m e of deca y  i s s u p po sed to be l e s s  th an th e t i me nec essa ry for its hadron i zation, so the  pro d u cts  of itsde cay can be obs erv ed a nd thusin directly, t he top q ua r k its elf is  as if  "bare" ( Ab a chi et  al.  19 95; Abe e t a l. 1995).8On e  can c onsi de r moti on ata  vel o c ity as the elast ic ex t e nsion ofspace .Then, t h e sp eed of lig ht is the u pper b ound : a l imit, a ft er whi chth e space is "ruptured " int o parts ,e.g.  in to par ticl e s  such  asan  el ectron an d ap os it r on.  Onthe c on trar y, the Pl a nck cons tan t  is the  m ini m a l
 as_an over-extended_elastic spring breaks, and_therefore a_"colorless_jet" of_hadrons_appears: the so-called_hadronization of quarks_or gluons. That "jet"_tends to expand_further_and further in time because the color interaction in any new colorless hadron has_been_extending overview/_159Why_anything_rather than nothing? in turn_until it "breaks", too, and_generates more_new quarks or gluons, which are hadronized again_immediately_and unobservably 7._Our key question should be what happens with energy_conservation during the process of hadronization:_the energy of_the_"broken_over-extension" passes into the_mass-energy of the generated ("from the_vacuum") anti-counterparts for any quark or_a pair of quarks and antiquark for_any gluon. This can explain how_the space extension itself can_generate energy_by itself by means of_color elementary particles_such as_quarks or gluons_and the extraordinary property of color_confinement transforming the_extension of the universe into a_kind_of "perpetuum mobile"._The_process_of hadronization_may further illuminate_the_intimate mechanism_of_how time appears from space over_the_upper limit of its allowed extension. The_space extension generates energy_for_color confinement. That space_extension breaks over a certain_energetic bound and a hadron jet_appears. Any_element of_the hadron jet turns out to be doubled by a pair_of quark and antiquark, and hadronization_obeys the first of_all strong,_and_electromagnetic interaction. Both_are_CT-invariant, and_P-symmetric because of CPT-invariance. As all the_Standard models,_they are Lorentz-invariant, which is very_closely linked to the_CPT-invariance._Thus, any pair of quark-antiquark can_be considered equivalent to a single_particle doubled in both directions_of_time_8. Those "two directions of_time" appear to exceed 7 The_only exception is_the top quark, whose time of decay_is_supposed to be less than the_time_necessary for its hadronization, so the_products_of_its decay can be observed_and thus indirectly, the top quark_itself is as if "bare" (Abachi et al. 1995;_Abe et al._1995). 8 One can consider_motion_at_a velocity as the elastic extension of space. Then, the_speed of_light is the_upper bound: a limit, after which the space is "ruptured"_into parts, e.g. into particles such as_an electron and a positron. On the contrary, the Planck constant_is the minimal