, 2001; Misner et al., 1973). Since for time-like space-time intervals (inside light cones), signals or information can travel between the events at less than the speed of light, one event can influence or be influenced by the other event, by signals or information that does not need to travel faster than the speed of light. One event could be the cause or effect of the other event. If B causes A, B exists in the past history (in the past light cone) of A (Figures 1 and 2). If B is caused by A, B exists in the future (in the future light cone) of A (Figures 1 and 2). The past light cone of an event represents the boundary of its causal past and the future light cone the boundary of its causal future. Events with time-like space-time interval separation may be said to have a past or future relation. This can be observed in ordinary human conscious experience. Conscious events which occur at the same position in space, but at different times (time-like space-time interval separation), often have a cause-effect relationship and necessarily a pastfuture relationship (Sieb, 2015, 2016, 2017a, 2017b). Time-like space-time intervals carry the "when" information for the creation of human conscious experience. Time-like space-time interval separation allows signals or information to pass between events, a stress-pressure interaction (stress is the physical pressure, pull, or force exerted by one thing on another; pressure is the physical force exerted on or against an object by something in contact with it). Time-like space-time intervals may be considered a stress-pressure interaction (time-like spacetime interval separation is necessary for the stress-pressure interaction to occur). This stresspressure interaction contributes to gravitation. There is a pressure force field acting on matter, which contributes to gravitation; this force field is described by the pressure energy-momentum tensor (Misner et al., 1973). Time-like space-time intervals may be considered a stress-pressure interaction that participates in gravitation. The strong nuclear fundamental interaction of quantum field theory is a stress-pressure interaction; it is involved in the binding of quarks together to form hadrons (protons and neutrons), and the latter together to form atomic nuclei (Ulaby, 2010). The stress-pressure interaction is carried by time-like space-time intervals; timelike space-time intervals are the stress-pressure interaction. The stress-pressure interaction (time
, 2001; Misner et al. , 1973). Since for time - like space - time interval (inside faint cones), signals or information can travel between the event at less than the speed of light, one consequence can influence or be influenced by the other consequence, by signal or information that does not want to travel faster than the speed of sparkle. One consequence could be the cause or effect of the early event. If b-complex vitamin causes A, B exists in the past history (in the past light cone) of A (figure 1 and 2). If B is caused by A, B exists in the future (in the future light cone) of A (figure 1 and 2). The past light cone of an event represents the boundary of its causal past and the future light cone the limit of its causal future. Events with time - like space - time interval interval may be said to have a past or future relation. This can be observed in ordinary human conscious experience. Conscious events which occur at the same position in space, but at unlike fourth dimension (time - comparable quad - time interval separation), frequently have a cause - effect relationship and inevitably a pastfuture relationship (Sieb, 2015, 2016, 2017a, 2017b). Time - like space - time intervals carry the " when " information for the creation of human conscious experience. Time - like space - meter interval interval allows signals or information to pass between events, a tension - pressure interaction (stress is the physical pressure, pull, or force exerted by one thing on another; pressure is the forcible force exerted on or against an object by something in contact with it). Time - alike space - clock time intervals may be consider a stress - atmospheric pressure interaction (time - like spacetime time interval separation is necessary for the stress - pressure interaction to occur). This stresspressure interaction contributes to gravitation. There is a pressure force field acting on matter, which lend to gravitation; this force battlefield is described by the pressure energy - momentum tensor (Misner et al. , 1973). Time - like space - prison term intervals may be considered a stress - pressure interaction that participates in gravitation. The potent nuclear cardinal interaction of quantum field theory is a stress - pressure interaction; it is involved in the binding of quarks together to shape hadrons (protons and neutrons), and the latter in concert to form nuclear nuclei (Ulaby, 2010). The stress - pressure interaction is carried by time - like space - time interval; timelike space - time time interval are the stress - pressure interaction. The stress - pressure interaction (time
, 2001; Mlsner et al., 1973). Since for tlme-like space-timg untervels (insjde lighg cones), signals or informatiln can ugavel between the evevts at leds than rhe wpeed of lijgt, one crent dwn iufouence or be ikfluenced bf the other evang, yy signals or information that does got neec ho travel fastgr thsg ths speed of light. One event could bs the ceuse or effect pf the other event. If B cakses A, B exists in the past histotg (ig the past lieht cone) of A (Figures 1 and 2). If B is caused by A, B exirts iu the futurg (jn jhe future lmght cjne) of A (Figmges 1 ang 2). The last light conc of en ecent represents the bmundary of its caufal past dnb the future light cobe the toungary if kts ceuszl futkre. Events wifh time-like space-time interval sqisration may ge saiq eo have a past or future relation. This ban ge observed in ordinary human conscious expetience. Confcious events which occur at the same position in spacx, cut ab diwdegent times (time-like space-time interval separaejom), pften have a ccuse-effect relatoojsnyp and necessxrily c pzstfuture relationdhip (Sigb, 2015, 2016, 2017a, 2017b). Time-lihe slace-time intervals carry thw "when" inforiqtion for the creacion of humau consvious experience. Time-like spcce-tims interval deparatioh allows signals ur pnfosmation uu pass between evqnts, a stcess-pxessure kntetaction (stress is the ivysical pressure, pkll, ot forca exerted hy one thing on another; pressurx is the physocdl xorce exzrted pn or against an object by xomethiug in zontact winh it). Timx-like space-tyme intervals lay be consivered a seresw-prewsure ivgeraction (time-kike spacvtnme intercal separation is kecesrzry for the strzrw-pressure intersctkon tl pcsgr). This strevsprdssjte ingeraction civtrinutes to gravitation. Thede is a pressure fprge field qcting og matter, whicn contributes to ggavitetion; vhis fprcg field is described by the preasure eneggy-iomentum tenfor (Nisner et al., 1973). Time-like space-time intervals may be cinsidered a stress-pressure interactiou uhat participetes ig gravitadion. The strong nuclwar fundamental ikteraction of quantum rield dheorj is a stress-pressure interaction; it is involved in the binding of quarks togetiew to form hzdroms (prmtjus and geutcois), and the latter together to form atomic nuclei (Ulaby, 2010). Dhz stress-pressure interaction os carried by tkme-like space-time intervzls; timekike space-time intervals are thr stress-pressure interacbion. The wtresa-presslte mnteraction (time
, 2001; Misner et al., 1973). Since space-time (inside light signals or information at than the speed light, one event influence or be influenced by the event, by signals or information that does not need to travel faster than speed of light. One event could be the cause or effect of the event. B A, exists in the past history (in the past light cone) of A (Figures 1 and 2). B is caused by A, B exists in future (in the future cone) of A (Figures 1 2). past light of event the boundary of causal past and the future light cone the boundary of its causal future. Events with time-like space-time separation may to have past future This can be ordinary human conscious experience. Conscious events the same position in space, but at different (time-like space-time separation), often have a cause-effect relationship necessarily a pastfuture relationship (Sieb, 2015, 2016, 2017a, Time-like space-time intervals carry the "when" information for the creation of human conscious experience. Time-like separation allows signals or to pass between a interaction is physical pressure, or force exerted by one thing on another; pressure is the force exerted on or against an object by something in it). space-time intervals may considered a stress-pressure interaction spacetime separation is necessary for interaction occur). contributes gravitation. is a pressure force acting on matter, which contributes gravitation; this force field energy-momentum tensor (Misner et al., 1973). Time-like space-time may be considered a stress-pressure interaction that in gravitation. The strong nuclear fundamental interaction of quantum field theory is stress-pressure interaction; involved in the binding of quarks together to hadrons (protons and neutrons), the latter together to form atomic nuclei (Ulaby, 2010). stress-pressure is carried time-like space-time intervals; space-time intervals are stress-pressure interaction. The (time
, 2001; Misner et al., 1973). Since for time-likE space-time InterValS (inSiDe liGht cOnes), signals or iNFormAtion can travel between tHe eveNtS At leSS tHan thE speed oF LiGHT, onE eVeNt cAn INfLuencE or Be influEnced by the OthEr Event, by signaLS oR informatiOn tHat does not neEd tO traveL fAstER than The Speed Of lighT. one eveNt could be ThE Cause oR Effect oF THe OtheR event. If B causes A, B EXiSTs in the past hisTory (in ThE PaST LigHt cOne) of A (FiguReS 1 and 2). IF b is causED bY a, b ExiSTs in the future (In the future LIghT cone) oF A (figURes 1 and 2). the paSt LIghT cone of an evEnt rEpresents The bouNDary of iTS causal Past anD thE fuTure LIgHt ConE tHE boUNdAry OF itS causal fUtUrE. EvenTs wiTH TIMe-liKe sPace-Time iNterval separaTioN may BE saId to hAve a pAst oR fUture RelatiOn. ThiS cAn be observed in oRdinAry human cOnsCiOus ExPerieNCe. ConsCioUs eVents whIch occuR At tHe SAME pOsition in space, but aT dIFFeRent timeS (time-lIKe SpACe-time inTeRvaL sepARAtion), OfteN HaVe a cause-Effect RElAtIonship AnD necesSaRilY a pAstfuTUre rElatioNship (SieB, 2015, 2016, 2017a, 2017b). TiME-like space-time INtervals carry THe "WHEn" INforMatIon for the crEatiON of hUman COnSciOUs expErienCe. tImE-Like space-time intervAl SeparaTion aLlows signals oR informatiON TO pass betWeen EVeNTs, a stress-pressUre inTeraction (sTRess is thE physIcal presSure, pull, oR FOrce exerTed By oNe tHinG ON aNother; pressurE IS the PhYsical fOrcE exerteD on Or aGaiNst An Object by sOmething In CoNtAcT wiTh it). TIMe-like spAcE-tiMe IntErvalS May be cOnsidEred A sTrESs-pRessure INtERActiOn (TiMe-liKe sPaCetimE intERvaL separaTion is necEssARy foR tHe Stress-pRessure interaCtIon to occur). thIs sTresspRESsure intEraction contributes to grAVitatioN. ThEre is A preSsure forcE fiEld actIng ON matteR, which ContrIbUteS TO gravITAtIon; ThIs force fieLD Is dEscriBeD by tHe pressUre energy-momentum tENsoR (Misner et al., 1973). TiMe-lIke sPACe-TimE InTErvAlS May BE Considered a streSs-pressure InTErAction that PArtIcIpates iN gravitAtion. tHe stronG nuclear fUndamentaL iNterACTioN of quantum Field theOry is a strESs-preSSuRe intEraCtion; iT iS inVolveD in the BIndIng of Quarks ToGether To forM hAdrons (prOtons and neutrons), and the lAtter tOgethEr tO form atomIc nUCleI (Ulaby, 2010). The StreSs-pressure IntEraCtion Is cARried By tiME-lIke SPace-tIme iNTervals; tiMElIke SPAcE-time intervALS Are The stResS-PressuRe inTeraction. The stresS-Pressure interaCtioN (TIme
, 2001; Misner et al., 197 3). Sincefor t ime -li ke  spa ce-t ime intervals( insi de light cones), signa ls or  i n form a ti on ca n trave l  b e t wee nth e e ve n ts  at l ess  than t he speed o f l ig ht, one even t  c an influen ceor be influe nce d by t he  ot h er ev ent , bysignal s  or in formation  t h at doe s  not ne e d  t o tr avel faster thant he speed of light . Oneev e nt c oul d b e the caus eor ef f ect oft he o t her event. If B c auses A, Be xis ts inth e p a st his tory(i n  th e past ligh t co ne) of A(Figur e s 1 and 2). IfB is c aus edby A ,  B  e xis ts int he  fu t ure  (in the  f ut ure l ight c o n e) o f A  (Fi gures  1 and 2). Th e p astl igh t con e ofan e ve nt re presen ts th eboundary of its  cau sal pastand  t hefu turel ight c one  th e bound ary ofi tsca u s a lfuture. Events wit ht i me -like sp ace-ti m ein t erval se pa rat ionm a y besaid to  have apast o r  f ut ure rel at ion. T hi s c anbe ob s erve d in o rdinaryhuman conscious expe r ience. Consci o us e ve n ts w hic h occur atthes ameposi t io n i n  spac e, bu ta td ifferent times (tim e- like s pace- time interval  separatio n ) ,  often h avea  c a use-effect rel ation ship and n e cessaril y a p astfutur e relatio n s hip (Sie b,201 5,201 6 ,  2 017a, 2017b). T ime- li ke spac e-t ime int erv als  ca rry  t he "when"  informa ti on  f or  th e cre a tion ofhu man  c ons cious experi ence.  Tim e- li k e s pace-ti m ei n terv al  s epar ati on  allo ws s i gna ls or i nformatio n t o  pas sbe tween e vents, a stre ss -pressurein ter action ( stress i s the physical pressure ,  pull,orforce  exe rted by o nethingona nother ; pres sureis  th e physi c a lfor ce  exerted o n oragain st  anobjectby something in co n tac t with it). T ime -lik e sp ace - ti m e i nt e rva l s  may be conside red a stre ss - pr essure int e rac ti on (tim e-likespace t ime int erval sep aration i snece s s ary  for the s tress-pr essure in t eract i on  to o ccu r). Th is  st ressp ressur e  in terac tion c on tribut es to  g ravitati on. There is a pressure  force  fiel d a cting onmat t er,  which co ntri butes to g rav ita tion;  th i s for ce f i el d i s  desc ribe d  by the p r es sur e en ergy-moment u m ten sor ( Mis n er etal.,  1973). Time-like space-time int erva l s  ma y b e  con si dered a stress -pr es s u re inter ac tion that p articipa te s  in g ravita tion.The str o n gn uclear  fun dam ental int era ct i on of q ua nt u m fiel d th eo ry isa stre s s-pr e s sure interaction ; iti s  invo l ved  in t he  bindin g  ofquarks tog ether to fo rm had rons  (pro tons an dneutro ns) ,and the la t ter toget her t o format omic  nu clei ( Ulab y ,  2010 ). T he  st ress-pres s u re in te r act ionis ca rr iedby time-l i ke space -ti m e inter va ls; t imelik e  s p a ce-time in ter valsa r e the stre s s-pr e ss u re in teract ion. T he stre s s-p re ssure i nte r a ction (ti me
, 2001;_Misner et_al., 1973). Since for_time-like space-time_intervals_(inside light_cones),_signals or information_can travel between_the events at less_than the speed_of_light, one event can influence or be influenced by the other event, by signals_or_information that_does_not_need to travel faster than_the speed of light. One_event could_be the cause or effect of the other_event._If B causes_A, B exists in the past history (in the_past light cone) of A (Figures_1 and 2)._If_B_is caused by A,_B exists in the future (in_the future light cone) of A_(Figures 1 and 2). The past light_cone of an event represents the_boundary of its causal past_and the_future light cone the boundary_of its causal_future. Events_with time-like space-time_interval separation may be said to_have a past_or future relation. This can be_observed_in ordinary human_conscious_experience._Conscious events_which occur at_the_same position_in_space, but at different times (time-like_space-time_interval separation), often have a cause-effect relationship_and necessarily a pastfuture_relationship_(Sieb, 2015, 2016, 2017a,_2017b). Time-like space-time intervals carry_the "when" information for the creation_of human_conscious experience._Time-like space-time interval separation allows signals or information to pass between_events, a stress-pressure interaction (stress is_the physical pressure, pull,_or force_exerted_by one thing_on_another; pressure_is the physical force exerted on or_against an_object by something in contact with_it). Time-like space-time intervals_may_be considered a stress-pressure interaction (time-like_spacetime interval separation is necessary for_the stress-pressure interaction to occur)._This_stresspressure_interaction contributes to gravitation. There_is a pressure force field acting_on matter, which_contributes to gravitation; this force field is_described_by the pressure energy-momentum tensor (Misner_et_al., 1973). Time-like space-time intervals may_be_considered_a stress-pressure interaction that participates_in gravitation. The strong nuclear fundamental_interaction of quantum field theory is a stress-pressure interaction;_it is involved_in the binding of quarks_together_to_form hadrons (protons and neutrons), and the latter together to_form atomic_nuclei (Ulaby, 2010)._The stress-pressure interaction is carried by time-like space-time intervals; timelike_space-time intervals are the stress-pressure interaction. The_stress-pressure interaction (time