 determinateing the apparent individualization of certain elements. The differentiation process inside the informational and energetic reality is limited, because of the profound connection between the elements and the whole energetic found. The substance manifestation in the physical reality attains characteristic aspects: substrate, structure, defined form, etc., due to peculiar lows, reclaimed by the temporal and spatial support. The elements' individualization in time and space is increased, but being never saturated, because a total individualization will presume the disconnection form the material continuum. The differentiation process, information and order decrease continuously in the entropy and disorder benefit. The temporal and spatial support, which defines the physic reality, implies a clear separation from the energetic and informational reality, governed by own laws according to some of the characteristic forms of substance manifestation. In this manner is not possible to define an interface between the two objective realities, considering the real meaning of the word. While the informational and energetic reality's defined aspect is represented by the connection of the interdependent elements, physic reality is characterized by the time and space elements' individualization. If the energetic and informational reality can be compared to the implicit form of an equation, then physical reality represents the explicit form. The relation between the two realities is the same compared to the function and it's differential equation. The differentiation process determinates events, phenomena, and processes that produce individual elements interacting and transforming each other. Even if it is nonspatially and nontemporary, the informational and energetic reality cannot be considered beyond the existence and nonexistence. The potentiality attribute (objective existence as it is) creates the possibility to limit the objective manifested existence, that means nonspatially and nontemporally, in the informational and energetic reality, and certain events and phenomena which are not described in causal terms and temporal succeeding (continuum present). If the informational and energetic reality can be considered a potentiality domain, and is described by permanent present expression, physical reality represents a manifestation domain, which can be characterized by Here-and-Now expression. Figure 1. Material continuum model. In order to answer to the existentialist question relied to the true nature of the substance, if there is a hope to discover the fundamental substance constitutives, there have been bestowed a lot of theories. In 1910 the English physicist Ernest Rutherford presents the theory, according which, the atom is built by a central nucleus and electrons gravitating around it; in 1913 Niels Bohr quantifies this idea and now there were discovered about hundred elementary particles. Most recently,
determinateing the apparent individualization of certain elements. The differentiation process inside the informational and energetic world is specify, because of the profound connection between the chemical element and the hale energetic found. The substance manifestation in the forcible reality attains characteristic aspects: substrate, social organization, define form, etc. , due to particular lows, reclaimed by the worldly and spatial support. The elements' individualization in time and space is increased, but being never saturated, because a total individualization will assume the disconnection form the material continuum. The specialization process, information and holy order decrease continuously in the information and disorder benefit. The temporal and spatial support, which defines the physic reality, imply a clear separation from the energetic and informational reality, governed by own laws harmonize to some of the characteristic forms of substance manifestation. In this manner is not possible to define an interface between the two objective realities, considering the real meaning of the word. While the informational and energetic reality's specify aspect is represented by the joining of the interdependent chemical element, physic reality is characterized by the time and quad elements' individualization. If the energetic and informational reality can be compared to the implicit form of an equality, then physical reality represents the explicit form. The relation between the two realities is the same compared to the function and it's differential equation. The differentiation procedure determinates events, phenomenon, and processes that produce individual elements interacting and transforming each early. Even if it is nonspatially and nontemporary, the informational and energetic reality cannot be considered beyond the existence and nonexistence. The potentiality attribute (objective existence as it is) creates the possibility to limit the objective manifest existence, that means nonspatially and nontemporally, in the informational and energetic world, and certain events and phenomena which are not described in causal terminus and temporal succeeding (continuum present). If the informational and energetic world can be considered a potentiality domain, and is described by permanent present expression, forcible reality represents a manifestation world, which can be characterized by Here - and - Now expression. Figure 1. Material continuum exemplar. In order to answer to the existentialist motion relied to the true nature of the message, if there is a hope to discover the cardinal substance constitutives, there have been bestowed a lot of theories. In 1910 the English physicist Ernest Rutherford presents the theory, according which, the atom is built by a cardinal nucleus and electrons gravitating around it; in 1913 Niels Bohr quantifies this idea and now there were discovered about hundred elementary atom. Most recently,
 deherminateing the apparenu individualization of cxrtain slements. The differentiation process ibside the informational and energetib reality is oumited, becehse of bke prknound ronnection betwgen the elemants and the wvoue energetic found. The substance manisestatipn in the physicwl rtalyty zntcins characteristic aspects: subatrate, vtructure, defoned form, etc., due to pecullar pows, reclaimed by hhe temporao anq spatial supoort. The elements' indibidualization in time and space is iucreased, buj geltg never savurateq, because a bptal itdividuslization will prxsumw the disconnection fmrm the material cjntinuum. Dhz differentiation proxews, inxormdtiov ana oddxr secreade rontinuouslg in the enrropy and disorder negvgit. The tempkral agd spatial support, which defines the physpc rsality, implies a clear weparation from the ejergetic wnd informational reality, governed by own laws acwordiig to sjow lf the characteristic forms of substance manisssuatpon. In this mannev is not possible yo drsine an interwace bzfwsen the two objectlve reajitiew, considewing the real meaning of the woed. While the unformational and znergetic reclity's defimed aspect is representzd by fhe connectlon of ths interdependent dleketts, physic reality is charwcterized by che time and space elements' lndivlgualization. If the eneryetic and inforlational reality can be comparev to the implocht xorm of cn equstion, then phrsical reality represznts tfe explicin form. Thx relation bqtween the twm realities iv the saie cimpaeed to gfe function anc it's difytrential ewuation. The differcntiajikn process detexounates events, pnenumega, aid prjwesses that [rodjce ondivkdual elemekts intrracting and transfosminf each other. Even of it is ninspatiajly and nontekporary, the informwtionel and enerbetyc reality cannot be consideres beyond hhe existence agd ninexistence. Che potentiality attribute (objective exiwtence as it is) cteates the possibiliti tp limit the objestive manhfested existence, thqt means nonspatislly and nontemporallg, in tve invormational and energetic reality, and certain events and phenomena which qre nov qescribed ih caisal nerix and eemplcal succeeding (comtinuum present). If the informatmonal and anzrgetic reality can be considrrdd a potentiauity domain, and is descrjbed by lermanent present expression, phusical reality representx a manidestafion domaii, which can be charavterizzd by Yere-and-Bow cxpression. Figjre 1. Laterial fontmnubm model. In order to answer to thw exisrejtialist questioi relied to bht true hature of the substancs, if hhere is a hope to discover the gundamental substancv cjnstitutives, tyvre have been bestowvd a lot of tieories. In 1910 dhe English physicist Ernest Rutherford presents thg theory, acdording wiich, the atom od built by a central nmcleuf and eldctrons gravhtating around it; in 1913 Niels Bohr quantifies this iaea and how there werv discovered about mbndred elementxry pqrticles. Mowt recently,
determinateing the apparent individualization of certain elements. process the informational energetic reality is connection the elements and whole energetic found. substance manifestation in the physical reality characteristic aspects: substrate, structure, defined form, etc., due to peculiar lows, reclaimed by temporal and spatial support. The elements' individualization in time and space is increased, being saturated, a individualization will presume the disconnection form the material continuum. The differentiation process, information and order decrease in the entropy and disorder benefit. The temporal spatial support, which defines physic reality, implies a clear from energetic and reality, by laws according to of the characteristic forms of substance manifestation. In this manner is not possible to define an interface the two considering the meaning the While the informational reality's defined aspect is represented by the interdependent elements, physic reality is characterized by time and elements' individualization. If the energetic and reality can be compared to the implicit form an equation, then physical reality represents the explicit form. The relation between the two realities same compared to the and it's differential The process events, and processes produce individual elements interacting and transforming each other. Even if it nonspatially and nontemporary, the informational and energetic reality cannot be the and nonexistence. The attribute (objective existence as is) the possibility to limit manifested that nontemporally, the and energetic reality, and events and phenomena which are described in causal terms If the informational and energetic reality can be a potentiality domain, and is described by present expression, physical reality represents a manifestation domain, which can be characterized Here-and-Now expression. Material continuum model. In order to answer to existentialist question relied to true nature of the substance, if there is a to the fundamental constitutives, there have bestowed a lot theories. In 1910 physicist Ernest presents theory, atom is built by a central and gravitating around it; in 1913 Bohr idea and now there were discovered about hundred elementary particles. Most recently,
 determinateing the apparent IndividualIzatiOn oF ceRtAin eLemeNts. The differenTIatiOn process inside the infoRmatiOnAL and ENeRgetiC realitY Is LIMitEd, BeCauSe OF tHe proFouNd conneCtion betweEn tHe Elements and tHE wHole energeTic Found. The subsTanCe maniFeStaTIon in The PhysiCal reaLIty attAins charaCtERistic ASpects: sUBStRate, Structure, defined fORm, ETc., due to peculiaR lows, rEcLAiMED by The Temporal anD sPatiaL Support. tHe ELEMenTS' individualizAtion in time ANd sPace is InCreASed, but Being NeVEr sAturated, becAuse A total indIviduaLIzation WIll presUme the DisConNectIOn FoRm tHe MAteRIaL coNTinUum. The diFfErEntiaTion PROCEss, iNfoRmatIon anD order decreasE coNtinUOusLy in tHe entRopy AnD disoRder beNefit. thE temporal and spaTial Support, whIch DeFinEs The phYSic reaLitY, imPlies a cLear sepARatIoN FROm The energetic and infOrMATiOnal realIty, govERnEd BY own laws AcCorDing TO Some oF the CHaRacterisTic forMS oF sUbstancE mAnifesTaTioN. In This mANner Is not pOssible tO defiNE an interface beTWeen the two objECtIVE rEAlitIes, Considering The rEAl meAninG Of The WOrd. WhIle thE iNFoRMational and energetiC rEality'S defiNed aspect is rePresented bY THE connectIon oF ThE Interdependent ElemeNts, physic rEAlity is cHaracTerized bY the time aND Space eleMenTs' iNdiVidUALiZation. If the enERGetiC aNd inforMatIonal reAliTy cAn bE coMpAred to the Implicit FoRm Of An EquAtion, THen physiCaL reAlIty RepreSEnts thE explIcit FoRm. tHe rElation BEtWEEn thE tWo RealItiEs Is the Same COmpAred to tHe functioN anD It's dIfFeRential Equation. The diFfErentiatioN pRocEss detERMinates eVents, phenomena, and procesSEs that pRodUce inDiviDual elemeNts InteraCtiNG and trAnsforMing eAcH otHER. Even IF It Is nOnSpatially aND NonTempoRaRy, thE informAtional and energetiC ReaLity cannot be cOnsIderED BeYonD ThE ExiStENce AND nonexistence. ThE potentialItY AtTribute (objECtiVe ExistenCe as it iS) creaTEs the poSsibility To limit thE oBjecTIVe mAnifested eXistence, That means NOnspaTIaLly anD noNtempoRaLly, In the InformATioNal anD energEtIc realIty, anD cErtain evEnts and phenomena which arE not deScribEd iN causal teRms ANd tEmporal suCceeDing (continUum PreSent). IF thE InforMatiONaL anD EnergEtic REality can BE cOnsIDErEd a potentiaLITY doMain, aNd iS DescriBed bY permanent present EXpression, physiCal rEALitY rePReseNtS a manifestatioN doMaIN, Which can Be CharacterizEd by Here-AnD-now exPressiOn. FiguRe 1. MaterIAL cONtinuuM modEl. IN order to aNswEr TO the exiStEnTIalist QuesTiOn reliEd to thE True NATure of the substanCe, if tHERe is a HOpe To disCoVer the fUNdamEntal substAnce constitUtives, TherE have Been besToWed a loT of ThEories. In 1910 thE english phYsiciSt ErnesT RUtheRfoRd presEnts THE theoRy, acCoRdiNg which, thE AToM Is BuILt bY a ceNtral NuCleuS and electROns graviTatINg arounD iT; in 1913 nIEls BohR QuANTifies this IdeA and nOW There were dIScovEReD About HundreD elemeNtary paRTicLeS. Most reCenTLY,
 determinateing the appare nt individ ualiz ati onof  cer tain  elements. The diff erentiation process in sideth e  inf o rm ation al ande ne r g eti cre ali ty is  limi ted , becau se of thepro fo und connecti o nbetween th e e lements andthe  whole  e ner g eticfou nd. T he sub s tancemanifesta ti o n in t h e physi c a lreal ity attains chara c te r istic aspects:  subst ra t e, s tru ctu re, define dform, etc., d u et o pec u liar lows, re claimed byt hetempor al  an d  spati al su pp o rt.  The elemen ts'individua lizati o n in ti m e and s pace i s i ncr ease d ,bu t b ei n g n e ve r s a tur ated, be ca us e a t otal i n d ivid ual izat ion w ill presume t hedisc o nne ction  form  the  m ateri al con tinuu m.  The differenti atio n process , i nf orm at ion a n d orde r d ecr ease co ntinuou s lyin t h eentropy and disord er b en efit. Th e temp o ra la nd spati al  su ppor t ,  whic h de f in es the p hysicr ea li ty, imp li es a c le arsep arati o n fr om the  energet ic an d  informational reality, gove r ne d by ownlaw s according  tos omeof t h echa r acter istic  f o rm s  of substance manif es tation . Inthis manner i s not poss i b l e to def inea ni nterface betwe en th e two obje c tive rea litie s, consi dering th e real mea nin g o f t hew o rd . While the i n f orma ti onal an d e nergeti c r eal ity 'sde fined asp ect is r ep re se nt edby th e  connect io n o fthe  inte r depend ent e leme nt s, phy sic rea l it y is c ha ra cter ize dby th e ti m e a nd spac e element s'i ndiv id ua lizatio n. If the ene rg etic and i nf orm ationa l realitycan be compared to thei mplicit  fo rm of  anequation,  th en phy sic a l real ity re prese nt s t h e  expl i c it  fo rm . The rela t i onbetwe en  the  two re alities is the sam e  co mpared to the  fu ncti o n  a ndi t' s  di ff e ren t i al equation. Th e differen ti a ti on process det er minates  events , phe n omena,and proce sses that  p rodu c e  in dividual e lementsinteracti n g and tr ansfo rmi ng eac hoth er. E ven if itis no nspati al ly and  nont em porary,the informational and e nerget ic re ali ty cannot  be con sidered b eyon d the exis ten ceand n one x isten ce.T he  po t entia lity attribute (o bje c t iv e existence a s  it  is)cre a tes th e po ssibility to limi t  the objective  man i f est ede xist en ce, that means  no ns p a tially a nd  nontempora lly, inth e  info rmatio nal an d energ e t ic realit y, a ndcertain e ven ts and phe no me n a whic h ar enot de scribe d  inc a usal terms and t empor a l  succ e edi ng (c on tinuump rese nt). If th e informati onal a nd e nerge tic rea li ty can  be  c onsidereda  potentia litydomain,  a nd i s d escrib ed b y perma nent  p res ent expre s s io n ,ph y sic al r ealit yrepr esents am anifesta tio n  domain ,whi c h  can b e  c h a racterized  by  Here - a nd-Now exp r essi o n. Figur e 1. M ateria l conti n uum  m odel. I n o r d er to ans wer to th e  ex is tent ialist q ue stio nrel ie d to the true n ature of  the sub s t ance,ift here is a h op e to discove r the  f u ndament a l  su bstance con sti tut ives , t here have been bestowed a lot  oftheor i es.  In 1 910 t he  English phys icist Er n est Rutherfor d presents thet heo r y, a cco r di ng  which, t hea tom i s bu ilt  bya c entr a l  nuc l eusa nd  ele ctrons  gra vi ta ting arou nd  it; in 1913 Nie ls B ohr q ua nt i fi es this  idea an d now  t here were discove redab out hundred e lementary pa rt icle s. Mos t  re cen t l y,
 determinateing_the apparent_individualization of certain elements._The differentiation_process_inside the_informational_and energetic reality_is limited, because_of the profound connection_between the elements_and_the whole energetic found. The substance manifestation in the physical reality attains characteristic aspects:_substrate,_structure, defined_form,_etc.,_due to peculiar lows, reclaimed_by the temporal and spatial_support. The_elements' individualization in time and space is increased,_but_being never saturated,_because a total individualization will presume the disconnection form_the material continuum. The differentiation process,_information and order_decrease_continuously_in the entropy and_disorder benefit. The temporal and spatial_support, which defines the physic reality,_implies a clear separation from the energetic_and informational reality, governed by own_laws according to some of_the characteristic_forms of substance manifestation. In_this manner is_not possible_to define an_interface between the two objective realities,_considering the real_meaning of the word. While the_informational_and energetic reality's_defined_aspect_is represented_by the connection_of_the interdependent_elements,_physic reality is characterized by the_time_and space elements' individualization. If the energetic_and informational reality can_be_compared to the implicit_form of an equation, then_physical reality represents the explicit form._The relation_between the_two realities is the same compared to the function and it's_differential equation. The differentiation process determinates_events, phenomena, and processes_that produce_individual_elements interacting and_transforming_each other._Even if it is nonspatially and nontemporary,_the informational_and energetic reality cannot be considered_beyond the existence and_nonexistence._The potentiality attribute (objective existence as_it is) creates the possibility to_limit the objective manifested existence,_that_means_nonspatially and nontemporally, in the_informational and energetic reality, and certain_events and phenomena_which are not described in causal terms_and_temporal succeeding (continuum present). If the_informational_and energetic reality can be considered_a_potentiality_domain, and is described by_permanent present expression, physical reality represents_a manifestation domain, which can be characterized by Here-and-Now_expression. Figure 1._Material continuum model. In order_to_answer_to the existentialist question relied to the true nature of_the substance,_if there is_a hope to discover the fundamental substance constitutives, there have_been bestowed a lot of theories. In_1910 the English physicist Ernest Rutherford presents the theory, according which,_the atom is built by a central nucleus_and electrons gravitating around it; in 1913_Niels Bohr quantifies this_idea_and now there were discovered about hundred_elementary_particles._Most_recently,