 limits knowledge about other properties of the particle); signals or information can pass between particles with time-like space-time interval separation at less than the speed of light, causing interference and consequent uncertainty. Theory of Everything Finding a Theory of Everything (ToE) is one of the major unsolved problems of physics. A ToE is a hypothetical single all-encompassing coherent theoretical framework of physics that fully explains and links together all physical aspects of the universe (Weinberg, 1993). Over the past few centuries, two theoretical frameworks of physics have been developed that, as a whole, most closely resemble a ToE (Hawking, 2006). The two theories upon which all modern physics rests are general relativity (GR) and quantum field theory (QFT). GR is a theoretical framework that focuses on gravity for understanding the universe in regions of both large-scale and highmass. QFT is a theoretical framework that focuses on three fundamental forces for understanding the universe in regions of both small scale and low mass (Oerter, 2006). Since the usual domains of applicability of GR and QFT are so different, most situations require that only one of the two theories be used (Carlip, 2001; Jaeger, 2014; Priest, 2010). Physicists have experimentally confirmed with tremendous accuracy virtually every prediction made by these two theories when in their appropriate domains of applicability (Oerter, 2006). Scientists also have learned that GR and QFT, as they are currently formulated, are mutually incompatible-they cannot both be right. To resolve this conflict, a theoretical framework revealing a deeper underlying reality, unifying gravity with the three fundamental interactions (weak nuclear, strong nuclear, electromagnetic), must be discovered to harmoniously integrate the realms of GR and QFT into a seamless whole: a single theory that, in principle, is capable of describing all physical phenomena. Space-time intervals accomplish this. The general covariance of spacetime intervals underlies a reality which harmoniously integrates the realms of GR and QFT into a seamless whole, a single theory capable of describing all physical phenomena. Space-time intervals therefore underlie a single all-encompassing coherent theoretical framework of physics that fully explains and links together all physical aspects of the universe, i.e., a ToE. The hallmark of general covariance, the Minkowski metric, could serve as an axiom (premise, postulate) for this ToE. This ToE encompasses observed physical reality (conscious experience) as well; it fully explains and links together our observed physical reality and
limits knowledge about other properties of the atom); signal or information can pass between particle with fourth dimension - like space - prison term time interval separation at less than the speed of light, causing interference and attendant uncertainty. Theory of Everything Finding a Theory of Everything (ToE) is one of the major unsolved trouble of physics. A ToE is a hypothetical single all - encompassing coherent theoretical model of physics that fully explains and link together all physical expression of the universe (Weinberg, 1993). Over the past few century, two theoretical frameworks of physics have been developed that, as a whole, most closely resemble a ToE (vending, 2006). The two theories upon which all modern physics rests are general relativity (GR) and quantum field hypothesis (QFT). GR is a theoretical model that focus on gravity for understanding the universe in regions of both large - scale and highmass. QFT is a theoretical model that focuses on three cardinal forces for understanding the population in region of both humble scale and low mass (Oerter, 2006). Since the usual domains of applicability of GR and QFT are so different, most position require that only one of the two theories be used (Carlip, 2001; Jaeger, 2014; Priest, 2010). physicist have experimentally confirmed with tremendous accuracy virtually every prediction made by these two theories when in their appropriate domains of applicability (Oerter, 2006). Scientists besides have learn that GR and QFT, as they are currently formulated, are mutually incompatible - they cannot both be right. To resolve this conflict, a theoretical framework reveal a deeper underlying reality, unifying graveness with the three fundamental interactions (weak nuclear, strong nuclear, electromagnetic), must be discovered to harmoniously desegregate the realms of GR and QFT into a seamless whole: a single theory that, in principle, is adequate to of describing all forcible phenomena. Space - time interval accomplish this. The cosmopolitan covariance of spacetime intervals underlies a reality which harmoniously desegregate the realms of GR and QFT into a seamless whole, a single theory capable of describing all forcible phenomena. Space - clock time intervals therefore underlie a single all - encompassing coherent theoretical framework of physics that in full explains and links together all physical aspects of the universe, i.e., a ToE. The authentication of general covariance, the Minkowski metric, could service as an axiom (premise, postulate) for this ToE. This ToE encompasses observed physical reality (conscious experience) as well; it fully explain and links together our observed forcible reality and
 lilits knowledge about othtr properties of jhw partmcle); sifnals or information can pass betweei paeticltf with time-like spxce-time ijterval wepacation at less tizn the speed kn ligkt, causing internerence and consequent unweftcinty. Theory of Everything Finding a Theory ov Everything (TjE) ix one of the major unsolved problems of physicv. A ToE is a nypothetical single all-enclmpadsing coherent thelretical frqmewjek of physicr that fully explains znd links together all physical aspeets of the ouuvegve (Weinberg, 1993). Oveg the past few centurhes, two theoretical fvamewmrkw of physics have beei developed that, as w whole, mmsc closely resemble a RoW (Hawning, 2006). Thd twu tgeprjes upln xhich all mkdern physixs rests are generak wvkativity (GR) znd quwneum field theory (QFT). GR is a theoretican fdamework that focuses ob gravity for understwnding thq universe in regions of both large-scale and highkass. SWT nw a tfwogetical framework that focuses on three fundaisnual forces for unberstanding the inlvrtse in regions of bocg amall scale and loa mass (Jertee, 2006). Since uhe uxual domains of applicabiliry of GR and WFT are so differeut, most situctions requore that only one of thz two fheories be used (Carmkp, 2001; Jaeger, 2014; Priert, 2010). Pvysicists have experimentajly conficmed cith treoendpus acsuracy virhualln every prediction lade yy thase two thfories when in their appropriatx domains of sp[libability (Jertev, 2006). Scientists ajso have learngd that GX and DFT, as thej are curcently formujated, are mutgwlly incompavible-they canbot voth be fight. To resolfe this conflict, a rheoretical framewprk devealing a dee'tr obderlying realoty, unyfjinj gradhty with the thrde windamdntal interccgionx (weak nuclear, stronc nudlear, electromagneyig), must be discovewed to harmonoously integrate tje reelms oh GR amd ZFT into a seamless whole: a sihgle theogy bhat, in princyple, is capable pf describing all physical phenomena. Spece-time intervals accomplish this. The genetal covariance of s[acetime hntervals underlies q reality which hsrmoniously integratea the sealmd of GR and QFT into a seamless whole, a single theory capable of describibg all physical phsnomrna. Siacz-tike intqrvapr therefore undeglie a single all-encompassing coierent themrztical framework of physics tnag fully explakns and links together aml physival aspects of the universe, i.e., s ToE. The hallmark of gekeral covqriande, the Minyowski metric, coulc servz as ab axiom (prelise, postulatd) fpr this ToE. Thix CoE encompasses observed physical realiry (conscious expermence) as welp; it folly expjains and links fogefjer oor observed phusical reality and
limits knowledge about other properties of the or can pass particles with time-like than speed of light, interference and consequent Theory of Everything Finding a Theory Everything (ToE) is one of the major unsolved problems of physics. A ToE a hypothetical single all-encompassing coherent theoretical framework of physics that fully explains and together physical of universe (Weinberg, 1993). Over the past few centuries, two theoretical frameworks of physics have been developed as a whole, most closely resemble a ToE 2006). The two theories which all modern physics rests general (GR) and field (QFT). is a theoretical that focuses on gravity for understanding the universe in regions of both large-scale and highmass. QFT is theoretical framework on three forces understanding universe in regions small scale and low mass (Oerter, usual domains of applicability of GR and QFT so different, situations require that only one of two theories be used (Carlip, 2001; Jaeger, 2014; 2010). Physicists have experimentally confirmed with tremendous accuracy virtually every prediction made by these two in their appropriate domains applicability (Oerter, 2006). also learned GR QFT, as are currently formulated, are mutually incompatible-they cannot both be right. To this conflict, a theoretical framework revealing a deeper underlying reality, with three fundamental interactions nuclear, strong nuclear, electromagnetic), be to harmoniously integrate the GR QFT whole: single that, in principle, is of describing all physical phenomena. intervals accomplish this. The underlies a reality which harmoniously integrates the realms GR and QFT into a seamless whole, single theory capable of describing all physical phenomena. Space-time intervals therefore underlie single all-encompassing framework of physics that fully explains and links all physical aspects of universe, i.e., a ToE. The hallmark of general covariance, Minkowski could serve an axiom (premise, for this ToE. ToE encompasses observed (conscious experience) well; fully together our observed physical reality and
 limits knowledge about other Properties Of the ParTicLe); SignAls oR information caN Pass Between particles with tiMe-likE sPAce-tIMe InterVal sepaRAtION at LeSs ThaN tHE sPeed oF liGht, causIng interfeRenCe And consequenT UnCertainty. THeoRy of EverythiNg FInding A THeoRY of EvEryThing (toE) is oNE of the Major unsoLvED problEMs of phySICs. a ToE Is a hypothetical siNGlE All-encompassinG coherEnT ThEORetIcaL framework Of PhysiCS that fuLLy EXPLaiNS and links togeTher all physICal AspectS oF thE UniverSe (WeiNbERg, 1993). OVer the past fEw ceNturies, twO theorETical frAMeworks Of physIcs HavE beeN DeVeLopEd THat, AS a WhoLE, moSt closelY rEsEmble A ToE (hAWKIng, 2006). THe tWo thEorieS upon which all ModErn pHYsiCs resTs are GeneRaL relaTivity (gR) and QuAntum field theorY (QFT). gR is a theoRetIcAl fRaMeworK That foCusEs oN gravitY for undERstAnDING tHe universe in regionS oF BOtH large-scAle and HIgHmASs. QFT is a ThEorEticAL FrameWork THaT focuses On threE FuNdAmental FoRces foR uNdeRstAndinG The uNiversE in regioNs of bOTh small scale anD Low mass (Oerter, 2006). sInCE ThE UsuaL doMains of applIcabILity Of GR ANd qFT ARe so dIfferEnT, MoST situations require tHaT only oNe of tHe two theories Be used (CarlIP, 2001; jAeger, 2014; PriEst, 2010). PHYsICists have experImentAlly confirMEd with trEmendOus accurAcy virtuaLLY every prEdiCtiOn mAde BY ThEse two theorieS WHen iN tHeir appRopRiate doMaiNs oF apPliCaBility (OerTer, 2006). ScienTiStS aLsO haVe leaRNed that Gr aNd QfT, As tHey arE CurrenTly foRmulAtEd, ARe mUtually INcOMPatiBlE-tHey cAnnOt Both bE rigHT. To Resolve This conflIct, A TheoReTiCal framEwork revealinG a Deeper undeRlYinG realiTY, Unifying Gravity with the three fundAMental iNteRactiOns (wEak nucleaR, stRong nuCleAR, electRomagnEtic), mUsT be DIScoveRED tO haRmOniously inTEGraTe the ReAlms Of GR and qFT into a seamless whOLe: a Single theory tHat, In prINCiPle, IS cAPabLe OF deSCRibing all physicAl phenomenA. SPAcE-time interVAls AcComplisH this. ThE geneRAl covarIance of spAcetime inTeRvalS UNdeRlies a realIty which HarmoniouSLy intEGrAtes tHe rEalms oF Gr anD QFT iNto a seAMleSs whoLe, a sinGlE theorY capaBlE of descrIbing all physical phenomeNa. SpacE-time IntErvals theRefORe uNderlie a sInglE all-encompAssIng CoherEnt THeoreTicaL FrAmeWOrk of PhysICs that fulLY eXplAINs And links togETHEr aLl phySicAL aspecTs of The universe, i.e., a ToE. tHe hallmark of geNeraL COvaRiaNCe, thE MInkowski metric, CouLd SERve as an aXiOm (premise, poStulate) fOr THis Toe. This TOE encoMpasses OBSeRVed phySicaL reAlity (consCioUs EXperienCe) As WEll; it fUlly ExPlains And linKS togETHer our observed phYsicaL REalitY And
 limits knowledge about ot her proper tiesofthe  p arti cle) ; signals or i n form ation can pass between  part ic l es w i th  time -like s p ac e - tim ein ter va l  s epara tio n at le ss than th e s pe ed of light, ca using inte rfe rence and co nse quentun cer t ainty . T heory  of Ev e rythin g Finding  a Theory of Ever y t hi ng ( ToE) is one of th e  m a jor unsolved p roblem so fp h ysi cs.  A ToE isahypot h eticals in g l e  al l -encompassing  coherent t h eor etical  f ram e work o f phy si c s t hat fully e xpla ins and l inks t o gethera ll phys ical a spe cts  oft he  u niv er s e ( W ei nbe r g,1993). O ve rthe p astf e w cent uri es,two t heoretical fr ame work s  of  phys ics h avebe en de velope d tha t,  as a whole, mo st c losely re sem bl e a  T oE (H a wking,  20 06) . The t wo theo r ies  u p o n  w hich all modern ph ys i c srests ar e gene r al  r e lativity  ( GR)  and q uantu m fi e ld  theory(QFT). GR  i s a the or etical  f ram ewo rk th a t fo cuseson gravi ty fo r  understanding the universei nr e gi o ns o f b oth large-s cale andhigh m as s.Q FT is  a th eo r et i cal framework thatfo cuseson th ree fundament al forcesf o r  underst andi n gt he universe in  regi ons of bot h  small s caleand lowmass (Oer t e r, 2006) . S inc e t heu s ua l domains ofa p plic ab ility o f G R and Q FTare  so  di ff erent, mo st situa ti on sre qui re th a t only o ne  of  t hetwo t h eories  be u sed(C ar l ip,  2001;J ae g e r, 2 01 4;  Pri est ,2010) . Ph y sic ists ha ve experi men t ally  c on firmedwith tremendo us  accuracyvi rtu ally e v e ry predi ction made by these two theorie s w hen i n th eir appro pri ate do mai n s of a pplica bilit y(Oe r t er, 2 0 0 6) . S ci entists al s o  ha ve le ar nedthat GR  and QFT, as theya recurrently for mul ated , ar e m u tu a lly  i n com p a tible-they cann ot both be  r i gh t. To reso l veth is conf lict, a  theo r eticalframework  revealin ga de e p erunderlying  reality , unifyin g  grav i ty  with  th e thre efun damen tal in t era ction s (wea knuclea r, st ro ng nucle ar, electromagnetic), m ust be  disc ove red to ha rmo n iou sly integ rate  the realm s o f G R and  QF T  into  a s e am les s  whol e: a single th e or y t h a t,  in princip l e ,  is  capa ble of des crib ing all physicalp henomena. Spac e-ti m e  in ter v alsac complish this.  Th eg e neral co va riance of s pacetime  i n terva ls und erlies  a real i t yw hich h armo nio usly inte gra te s  the re al ms of GRandQF T into  a sea m less w hole, a single t heory c apabl e  of  desc ri bing al l  phy sical phen omena. Spac e-time  int erval s there fo re und erl ie  a singlea ll-encomp assin g coher en t th eor etical  fra m e workof p hy sic s that fu l l ye xp la i nsandlinks  t oget her all p h ysical a spe c ts of t he  un i v erse,i .e . ,  a ToE. Th e h allma r k  of genera l  cov a ri a nce,the Mi nkowsk i metri c , c ou ld serv e a s an axiom(premise, pos tu late ) for th is  ToE .Thi sToE encompasses  observe d physic a l  reali ty( cons c ious e xp erience) aswell;  i t  fullye x pla ins and lin kstog ethe r o ur o b served physical realityand
 limits_knowledge about_other properties of the_particle); signals_or_information can_pass_between particles with_time-like space-time interval_separation at less than_the speed of_light,_causing interference and consequent uncertainty. Theory of Everything Finding a Theory of Everything (ToE)_is_one of_the_major_unsolved problems of physics. A_ToE is a hypothetical single_all-encompassing coherent_theoretical framework of physics that fully explains and_links_together all physical_aspects of the universe (Weinberg, 1993). Over the past_few centuries, two theoretical frameworks of_physics have been_developed_that,_as a whole, most_closely resemble a ToE (Hawking, 2006)._The two theories upon which all_modern physics rests are general relativity (GR)_and quantum field theory (QFT). GR_is a theoretical framework that_focuses on_gravity for understanding the universe_in regions of_both large-scale_and highmass. QFT_is a theoretical framework that focuses_on three fundamental_forces for understanding the universe in_regions_of both small_scale_and_low mass_(Oerter, 2006). Since_the_usual domains_of_applicability of GR and QFT are_so_different, most situations require that only one_of the two theories_be_used (Carlip, 2001; Jaeger,_2014; Priest, 2010). Physicists have_experimentally confirmed with tremendous accuracy virtually_every prediction_made by_these two theories when in their appropriate domains of applicability (Oerter,_2006). Scientists also have learned that_GR and QFT, as_they are_currently_formulated, are mutually_incompatible-they_cannot both_be right. To resolve this conflict, a_theoretical framework_revealing a deeper underlying reality, unifying_gravity with the three_fundamental_interactions (weak nuclear, strong nuclear, electromagnetic),_must be discovered to harmoniously integrate_the realms of GR and_QFT_into_a seamless whole: a single_theory that, in principle, is capable_of describing all_physical phenomena. Space-time intervals accomplish this. The_general_covariance of spacetime intervals underlies a_reality_which harmoniously integrates the realms of_GR_and_QFT into a seamless whole,_a single theory capable of describing_all physical phenomena. Space-time intervals therefore underlie a single_all-encompassing coherent theoretical_framework of physics that fully_explains_and_links together all physical aspects of the universe, i.e., a_ToE. The_hallmark of general_covariance, the Minkowski metric, could serve as an axiom (premise,_postulate) for this ToE. This ToE encompasses_observed physical reality (conscious experience) as well; it fully explains and_links together our observed physical reality and