-time Intervals For the Minkowski metric (s2=∆r2-c2∆t2), when the difference in the space coordinates of two events is exactly equal to the difference in the time coordinates of the events (∆r2=c2∆t2), the space-time interval is zero (s2 = 0), the events fall on a light-cone, and the distance between the two events is called a light-like or "null" space-time interval. The spatial distance between the events (∆r2) is equal to the distance light travels (c2∆t2); the two events are separated at c. Events occurring to a photon, as it travels along its path, and events on a light cone (see Figures 1 and 2) are of this nature; this occurs when you directly observe a light source or an event (the event is visible because of reflected light). Electromagnetic radiation (including light) carries electromagnetic energy and momentum (Misner et al., 1973; Purcell and Morin, 2013) and may be called the electromagnetic interaction; signals or information can be passed between events at c by the electromagnetic interaction. Light-like space-time intervals carry the electromagnetic interaction (light-like space-time separation is necessary for the electromagnetic interaction to occur). The electromagnetic interaction (light-like space-time intervals) helps determine the nature of conscious events through the conveyance of defining information about the events to the eyes ("what" information); this is an electromagnetic (lightlike) transfer of information (Sieb, 2015, 2016, 2017a, 2017b). The electromagnetic interaction (light-like space-time intervals) may be considered a fundamental component of human conscious experience. Since human conscious experience is a space-time continuum (Sieb, 2015, 2016, 2017a, 2017b), the electromagnetic interaction (light-like space-time intervals) is a fundamental interaction involved in the creation of the space-time and properties of human conscious experience. Since energy and mass are equivalent (special relativity), all forms of energy, including light, cause gravitation and are under the influence of it (Einstein, 2001). Hence the electromagnetic interaction (light-like space-time intervals) contributes to gravitation. There is an electromagnetic force field acting on matter which contributes to gravitation; this force field is described by the electromagnetic energy-momentum tensor (Misner et al., 1973; Purcell and Morin, 2013). The
-time Intervals For the Minkowski metric (s2=∆r2 - c2∆t2), when the difference in the space coordinates of two event is precisely equal to the difference in the time coordinate of the events (∆r2 = c2∆t2), the space - time time interval is zero (s2 = 0), the consequence fall on a unaccented - cone, and the distance between the two events is called a abstemious - like or " null " space - fourth dimension time interval. The spatial distance between the events (∆r2) is equal to the distance inner light travels (c2∆t2); the two events are separate at c. Events occurring to a photon, as it travels along its path, and consequence on a light cone (see Figures 1 and 2) are of this nature; this occurs when you immediately observe a abstemious source or an event (the event is visible because of reflected inner light). Electromagnetic radiation (including light) carries electromagnetic energy and momentum (Misner et al. , 1973; Purcell and Morin, 2013) and may be called the electromagnetic interaction; signals or information can be passed between events at c by the electromagnetic interaction. Light - like space - time intervals carry the electromagnetic interaction (light - alike space - time legal separation is necessary for the electromagnetic interaction to happen). The electromagnetic interaction (faint - like space - time intervals) helps determine the nature of conscious events through the transportation of defining information about the events to the eyes (" what " information); this is an electromagnetic (lightlike) transfer of information (Sieb, 2015, 2016, 2017a, 2017b). The electromagnetic interaction (light - like space - time intervals) may be consider a cardinal component of human conscious experience. Since human conscious experience is a space - time continuum (Sieb, 2015, 2016, 2017a, 2017b), the electromagnetic interaction (light - like space - time intervals) is a cardinal interaction involved in the universe of the space - time and property of human conscious experience. Since energy and multitude are equivalent (special relativity), all forms of department of energy, including light, cause gravitation and are under the influence of it (Einstein, 2001). therefore the electromagnetic interaction (light - like quad - time intervals) put up to gravitation. There be an electromagnetic force field acting on matter which contributes to gravitation; this force field is describe by the electromagnetic energy - momentum tensor (Misner et al. , 1973; Purcell and Morin, 2013). The
-timf Intervals For the Minkuwski metric (s2=∆r2-e2∆r2), when the djfferencd in the space coordinates oh twi evebts is exactly equal tu the difverence un tie time coordinavss of tmz evehbs (∆r2=c2∆c2), vhe space-time ikterval is sero (s2 = 0), the eeevtd fall on a light-cone, and the distagce beteefn the two evegts ps calmvd a light-like or "null" space-tims internal. The spatial dostance between the events (∆r2) id equal to the dishance light tradwls (c2∆t2); the tdo events are separates at c. Events occurring to a phuton, cs it traveos alltg its path, and vvents on a llbht cote (see Gigures 1 and 2) sre of this nature; this occnrs when you directli observe d might source or ab wvent (the evevr ir vjsmbls becakse of reflecfed light). Eoectromagnetic radistyin (including might) sawries electromagnetic energy and momentlm (Mjsner et al., 1973; Purcell ane Morin, 2013) and may be cwlled the electromagnetic interaction; signals or informatimn cai ce kawsed cwtaeen events at c by the electromagnetic interwdtook. Light-like spacc-time intervals catrj yre electromagvetic nhtsraction (light-like space-tyme swparation is mecessary for the electromatnetic intercctuon to occur). The epectromagnecic injeractoon (light-like space-time intsrvals) helpd determihd the nature of zonxchous events through the cogveyance if dzfining knfotmation about the evenbv to the eyes ("what" infotmatiot); this is wn electromagnetic (lightlike) treisfer of infotmadiot (Sieb, 2015, 2016, 2017a, 2017b). Bhe electromagnqtic interactipn (lighc-like rpace-time pntervals) may be confidered a fungwmental compmnent of humqn cinsciour experience. Simce human conscious experience is a siace-tkje continuum (Sizy, 2015, 2016, 2017a, 2017b), the electtomxgnqtpc mnterwwtion (light-lhke rpazr-time intervals) ls x fumdamental interactiot inbolved in the creayijn of thg space-tiie and properyies of human consfious ex'erienve. Fince energy and mass are equibalent (spfciwl relativitr), alo forms of euergy, including light, cause gravitation end are under the infloence of it (Einstein, 2001). Mence the elxctromwgnetic itteraction (light-like space-time intervsls) contributes to grzvitathon. Tjere is an electromagnetic force field acting on matter which contributes to grevytation; thia fotce fpelb ix descwibev uy the electromagmetic energy-momentum tensor (Misier et al., 1973; Pbrcell and Morin, 2013). The
-time Intervals For the Minkowski metric (s2=∆r2-c2∆t2), difference the space of two events difference the time coordinates the events (∆r2=c2∆t2), space-time interval is zero (s2 = the events fall on a light-cone, and the distance between the two events called a light-like or "null" space-time interval. The spatial distance between the events is to distance travels (c2∆t2); the two events are separated at c. Events occurring to a photon, as it along its path, and events on a light (see Figures 1 and are of this nature; this when directly observe light or event (the event visible because of reflected light). Electromagnetic radiation (including light) carries electromagnetic energy and momentum (Misner et al., Purcell and and may called electromagnetic signals or information passed between events at c by Light-like space-time intervals carry the electromagnetic interaction (light-like separation is for the electromagnetic interaction to occur). electromagnetic interaction (light-like space-time intervals) helps determine the of conscious events through the conveyance of defining information about the events to the eyes this is an electromagnetic transfer of information 2015, 2017a, The interaction (light-like intervals) may be considered a fundamental component of human conscious experience. human conscious experience is a space-time continuum (Sieb, 2015, 2016, the interaction (light-like space-time is a fundamental interaction in creation of the space-time of conscious and are (special relativity), all forms energy, including light, cause gravitation are under the influence the electromagnetic interaction (light-like space-time intervals) contributes to There is an electromagnetic force field acting matter which contributes to gravitation; this force field is described by the energy-momentum tensor al., 1973; Purcell and Morin, 2013). The
-time Intervals For the MinkowSki metric (s2=∆R2-c2∆t2), whEn tHe dIfFereNce iN the space coordINateS of two events is exactly eQual tO tHE difFErEnce iN the timE CoORDinAtEs Of tHe EVeNts (∆r2=c2∆T2), thE space-tIme intervaL is ZeRo (s2 = 0), the events FAlL on a light-cOne, And the distanCe bEtween ThE twO EventS is CalleD a lighT-Like or "Null" space-TiME interVAl. The spATIaL disTance between the evENtS (∆R2) is equal to the dIstancE lIGhT TRavEls (C2∆t2); the two evEnTs are SEparateD At C. eVEntS Occurring to a pHoton, as it trAVelS along ItS paTH, and evEnts oN a LIghT cone (see FigUres 1 And 2) are of tHis natURe; this oCCurs wheN you diRecTly ObseRVe A lIghT sOUrcE Or An eVEnt (The event Is ViSible BecaUSE OF refLecTed lIght). ELectromagnetiC raDiatIOn (iNcludIng liGht) cArRies eLectroMagneTiC energy and momenTum (MIsner et al., 1973; purCeLl aNd morin, 2013) ANd may bE caLleD the eleCtromagNEtiC iNTERaCtion; signals or infoRmATIoN can be paSsed beTWeEn EVents at c By The ElecTROmagnEtic INtEraction. light-lIKe SpAce-time InTervalS cArrY thE elecTRomaGnetic InteractIon (liGHt-like space-timE Separation is nECeSSArY For tHe eLectromagneTic iNTeraCtioN To OccUR). The eLectrOmAGnETic interaction (light-LiKe spacE-time Intervals) helpS determine THE Nature of ConsCIoUS events through The coNveyance of DEfining iNformAtion aboUt the evenTS To the eyeS ("whAt" iNfoRmaTIOn); This is an electROMagnEtIc (lightLikE) transfEr oF inForMatIoN (Sieb, 2015, 2016, 2017a, 2017b). ThE electroMaGnEtIc IntEractIOn (light-lIkE spAcE-tiMe intERvals) mAy be cOnsiDeReD A fuNdamentAL cOMPoneNt Of HumaN coNsCious ExpeRIenCe. Since Human consCioUS expErIeNce is a sPace-time contiNuUm (Sieb, 2015, 2016, 2017a, 2017b), thE eLecTromagNETic interAction (light-like space-timE IntervaLs) iS a funDameNtal interActIon invOlvED in the CreatiOn of tHe SpaCE-Time aND PrOpeRtIes of human CONscIous eXpErieNce. SincE energy and mass are eQUivAlent (special rElaTiviTY), AlL foRMs OF enErGY, inCLUding light, cause GravitatioN aND aRe under the INflUeNce of it (einsteiN, 2001). HencE The elecTromagnetIc interacTiOn (liGHT-liKe space-timE intervaLs) contribUTes to GRaVitatIon. there iS aN elEctroMagnetIC foRce fiEld actInG on matTer whIcH contribUtes to gravitation; this foRce fieLd is dEscRibed by thE elECtrOmagnetic EnerGy-momentum TenSor (misneR et AL., 1973; PurcEll aND MOriN, 2013). the
-time Intervals For the Mi nkowski me tric(s2 =∆r 2- c2∆t 2),when the diffe r ence  in the space coordina tes o ft wo e v en ts is  exactl y  e q u alto  t hedi f fe rence  in  the ti me coordin ate sof the event s  ( ∆r2=c2∆t2) , t he space-tim e i nterva lisz ero ( s2= 0),  the e v ents f all on ali g ht-con e , and t h e  d ista nce between the t w oe vents is calle d a li gh t -l i k e o r " null" spac e- timei nterval .  T h e spa t ial distancebetween the eve nts (∆ r2 ) i s  equal  to t he dis tance light  tra vels (c2∆ t2); t h e two e v ents ar e sepa rat edat c .  E ve nts  o c cur r in g t o  aphoton,as  i t tra vels a l o ng i tspath , and  events on alig ht c o ne(seeFigur es 1  a nd 2)  are o f thi snature; this oc curs  when you  di re ctl yobser v e a li ght  so urce or  an eve n t ( th e e ve nt is visible beca us e of  reflect ed lig h t) .E lectroma gn eti c ra d i ation  (in c lu ding lig ht) ca r ri es  electr om agneti cene rgy  andm omen tum (M isner et  al., 1973; Purcella nd Morin, 201 3 )a n dm ay b e c alled the e lect r omag neti c  i nte r actio n; si gn a ls or information canbe  passe d bet ween events a t c by the e l ectromag neti c  i n teraction. Lig ht-li ke space-t i me inter valscarry th e electro m a gnetic i nte rac tio n ( l i gh t-like space- t i me s ep aration  is  necess ary  fo r t heel ectromagn etic int er ac ti on  to  occu r ). The e le ctr om agn etici nterac tion(lig ht -l i kespace-t i me i nter va ls ) he lps  d eterm inet henatureof consci ous even ts  t hroughthe conveyanc eof definin ginf ormati o n  about t he events to the eyes ( " what" i nfo rmati on);  this isanelectr oma g netic(light like)  t ran s f er of i nf orm at ion (Sieb, 2 015 , 201 6,  201 7a, 201 7b). The electroma g net ic interactio n ( ligh t - li kes pa c e-t im e  in t e rvals) may be c onsideredaf un damental c o mpo ne nt of h uman co nscio u s exper ience. Si nce human  c onsc i o usexperience  is a sp ace-timec ontin u um  (Sie b,2015,20 16,  2017 a, 201 7 b),  theelectr om agneti c int er action ( light-like space-time i nterva ls) i s a  fundamen tal int eractioninvo lved in th e c rea tionoft he sp ace- t im e a n d pro pert i es of hum a ncon s c io us experien c e .  Si nce e ner g y andmass  are equivalent ( s pecial relativ ity) , all  fo r ms o fenergy, includ ing  l i g ht, caus egravitation  and are  u n der t he inf luence  of it( E in s tein,2001 ).Hence the  el ec t romagne ti ci nterac tion  ( light- like s p ace- t i me intervals) co ntrib u t es to gra vitat io n. Ther e  isan electro magnetic fo rce fi eldactin g on ma tt er whi chco ntributest o gravita tion;  this f or ce f iel d is d escr i b ed by  the  e lec tromagnet i c  e n er gy - mom entu m ten so r (M isner eta l., 1973 ; P u rcell a nd  Mo r i n, 201 3 ). T he
-time Intervals_For the_Minkowski metric (s2=∆r2-c2∆t2), when_the difference_in_the space_coordinates_of two events_is exactly equal_to the difference in_the time coordinates_of_the events (∆r2=c2∆t2), the space-time interval is zero (s2 = 0), the events fall_on_a light-cone,_and_the_distance between the two events_is called a light-like or_"null" space-time_interval. The spatial distance between the events (∆r2)_is_equal to the_distance light travels (c2∆t2); the two events are separated_at c. Events occurring to a_photon, as it_travels_along_its path, and events_on a light cone (see Figures_1 and 2) are of this_nature; this occurs when you directly observe_a light source or an event_(the event is visible because_of reflected_light). Electromagnetic radiation (including light)_carries electromagnetic energy_and momentum_(Misner et al.,_1973; Purcell and Morin, 2013) and_may be called_the electromagnetic interaction; signals or information_can_be passed between_events_at_c by_the electromagnetic interaction._Light-like_space-time intervals_carry_the electromagnetic interaction (light-like space-time separation_is_necessary for the electromagnetic interaction to occur)._The electromagnetic interaction (light-like_space-time_intervals) helps determine the_nature of conscious events through_the conveyance of defining information about_the events_to the_eyes ("what" information); this is an electromagnetic (lightlike) transfer of information_(Sieb, 2015, 2016, 2017a, 2017b). The_electromagnetic interaction (light-like space-time_intervals) may_be_considered a fundamental_component_of human_conscious experience. Since human conscious experience is_a space-time_continuum (Sieb, 2015, 2016, 2017a, 2017b),_the electromagnetic interaction (light-like_space-time_intervals) is a fundamental interaction involved_in the creation of the space-time_and properties of human conscious_experience._Since_energy and mass are equivalent_(special relativity), all forms of energy,_including light, cause_gravitation and are under the influence of_it_(Einstein, 2001). Hence the electromagnetic interaction_(light-like_space-time intervals) contributes to gravitation. There_is_an_electromagnetic force field acting on_matter which contributes to gravitation; this_force field is described by the electromagnetic energy-momentum tensor_(Misner et al.,_1973; Purcell and Morin, 2013)._The