 but the logi of all particles are all together, so that it behaves like a wave. Our interpretation contradicts complementary principle, in our case an electron is neither wave, nor particle, it is logos that interacts with logi of apparatus and appears to be either a particle, or a wave even both as wave and particle. Non locality and delayed decision, or non catastrophic measurements are easily understood by the non spatial or time coordinates of logi. At every instant, a quantum entity through its logos communicates with every single part of the experimental apparatus and it corresponds instantly with anything that happens in it. From the point of view of an observer that stands in space-time, it looks as if the quantum entity knows what will happen, or observer's action changes the past. Entangled particles are particles that have the same logos, or better, their logi are tightly connected. As far as we can consider HLQ, we cannot explain the values of probabilities that we take by the Schrödinger's equation solution. But no other interpretation does it. We 10 can only comment that, if the wave function ψ were a real function and quantum entities were localized at phase space, it is hard to think how the diversity and complexity of our world could arise from quantum world. Schrödinger's equation probabilities and Uncertainty Principle loosen the connection between quantum entity and information which is included in its logos. All elementary particles are undistinguishable and their logi include the same information. It is necessary, for our world to exist, that this information should be expressed in various ways. HLQ arises from a metaphysical background, but it is not more metaphysical than other interpretations. One could notice that, every particular implementation of HLQ exists in similar form in other interpretations. Bohm's dynamic and quantum potential have common properties with logi. But there is a very important difference. Logi is a characteristic of every being and not only of quantum entities. Logi is not a set of hidden variables, but includes every variable. Modal interpretations give primary role to the apparatus, even if they offer no ontology for their claims. Other interpretations suggest actions which reverse the time arrow 44 and so on. There are strong indications supporting HLQ from other scientific fields. Many physicists suggest that information is crucial for the structure of Universe. 45 There is also Holographic Principle that potentially gives a mathematical meaning to "logical dimensions." 46 The creative role that Ilya Prigogine gives to the arrow of time and the concept of emergence, 47 that
but the logi of all particles are all together, so that it behaves like a wave. Our rendition oppose complementary principle, in our subject an electron is neither wave, nor atom, it is logos that interacts with logi of apparatus and appears to be either a atom, or a wave even both as wave and atom. Non locality and delayed decision, or non catastrophic measurements are easily understand by the non spatial or time coordinates of logi. At every moment, a quantum entity through its son communicates with every single part of the experimental apparatus and it corresponds instantly with anything that happens in it. From the detail of view of an observer that stands in quad - time, it looks as if the quantum entity knows what will find, or observer's action switch the past. Entangled particles are particles that own the same logos, or better, their logi are tightly connected. As far as we can regard HLQ, we cannot excuse the values of probabilities that we take by the Schrödinger's equation solution. But no other interpretation does it. We 10 can merely gloss that, if the wave affair ψ were a real routine and quantum entity were set at phase space, it is hard to remember how the diversity and complexity of our world could arise from quantum world. Schrödinger's equality probabilities and Uncertainty Principle loosen the connection between quantum entity and information which is included in its logos. All elementary particles are undistinguishable and their logi include the same information. It is necessary, for our world to exist, that this data should be expressed in versatile way. HLQ arises from a metaphysical background, but it is not more metaphysical than other interpretation. One could notice that, every particular implementation of HLQ exist in similar form in other interpretations. Bohm's active and quantum potential have common properties with logi. But there is a very significant difference. Logi is a feature of every being and not only of quantum entities. Logi is not a set of obscure variables, but includes every variable. Modal interpretations give chief role to the apparatus, even if they put up no ontology for their claims. Other interpretations suggest actions which change by reversal the time arrow 44 and so along. There are strong indications supporting HLQ from other scientific fields. Many physicists indicate that information is crucial for the structure of Universe. 45 There is also Holographic Principle that potentially gives a mathematical meaning to " coherent dimension. " 46 The creative role that Ilya Prigogine gives to the arrow of time and the concept of emergence, 47 that
 buh the logi of all particues are all toggtyer, so that jt behavds like a wave. Our interpretetiob conugadicts complementary principlv, in our xase qn electroi is neibker wzye, nox 'article, it is kogos that interacts witv uoyi of apparatus and appears to be eieher a lagticle, or a wade eneg bofh as wave and particle. Non localify and velayed decisiom, or non catastrophic measkremfnts are easily unferstood by the bon spatial ur time coordinates of logi. At every instant, a quantuo entnty through irs pmgos communmcates with every single pdrt of yhe experimentsl eppaeatus and it correspoids instantly with agything tvac happens in it. From rhw poitt ox vidq ow ah pbaerver thet stands ih space-time, it looks as if the qtqntum entity inows rhwt will happen, or observer's action chances the past. Entangled parricles are particles jhat have ehe same logos, or better, their logi are tightly cmnnecvea. Aw nar xw ae can consider HLQ, we cannot explain the valtss on probabilities bhat we take by thr Dcntödinger's equatkon solutjon. But no other ijterprejation does it. Re 10 van only comment that, if thw wave functpon ψ were a real functnon and quancum enjities were localized at phasz spacs, it is harf to thini how the diversigy sng complexity of our world sould ariwe fxom quangum eorld. Fchrödinger'd equation probabilities and Oncertdinty Prinfiple loosen the connection betxxen quantum emthty and infjrmatlon which is insluded in its kogos. Ajl eldmentary pzrticlev are undiseinguishable djd their logm include the samw inforoxtion. It is nevessary, for our worod to exist, that tmis ivrormation shoulb ve expressed in vafiots weys. HJX arises frok a oetxlhysizal backgromnd, but it is not more meta[hysjcal than other inyevpretatiobs. One cjuld notice tnat, every particulwr im'lemenvation of HLQ exists in similar form in other inheriretations. Borm's eynamic and auantum potential have common propertiew with logi. But thwre is a very imporjanu difference. Kogi ys a chardcteristic of every veing and not onln of quantum entities. Mogi iv not a set of hidden variables, but includes every variable. Modal interpretatiins gite primary rome tp the a'paxatus, eden mf they offer no omtology for their claims. Other mnterpretadijns suggest actions which refefse the time xrrow 44 and so on. There ade stronb indications supporting HLQ frpm other scientific fielcs. Many physidists suggxst that information is crbcial dor the strmcture of Univdrsr. 45 There is alsp Kolographic Principle that potentually tiges a mathematicel meaning tl "logibal dimgnsions." 46 The creafive gole jhat Ilya Prigpgine gives to the arrow of time atd the concept od emergence, 47 jhat
but the logi of all particles are so it behaves a wave. Our our an electron is wave, nor particle, is logos that interacts with logi apparatus and appears to be either a particle, or a wave even both wave and particle. Non locality and delayed decision, or non catastrophic measurements are understood the spatial time coordinates of logi. At every instant, a quantum entity through its logos communicates with every part of the experimental apparatus and it corresponds with anything that happens it. From the point of of observer that in it as if the entity knows what will happen, or observer's action changes the past. Entangled particles are particles that have same logos, their logi tightly As as we can we cannot explain the values of take by the Schrödinger's equation solution. But no interpretation does We 10 can only comment that, the wave function ψ were a real function quantum entities were localized at phase space, it is hard to think how the diversity of our world could from quantum world. equation and Principle the connection quantum entity and information which is included in its logos. All particles are undistinguishable and their logi include the same information. necessary, our world to that this information should expressed various ways. HLQ arises metaphysical but more than interpretations. One could notice every particular implementation of HLQ in similar form in quantum potential have common properties with logi. But is a very important difference. Logi is characteristic of every being and not only of quantum entities. Logi is a set variables, but includes every variable. Modal interpretations give role to the apparatus, if they offer no ontology for their claims. Other suggest which reverse time arrow 44 so on. There strong indications supporting other scientific Many suggest crucial for the structure of Universe. There also Holographic Principle that potentially a to "logical dimensions." 46 The creative role that Ilya Prigogine gives to the arrow of the concept of emergence, that
 but the logi of all particles aRe all togetHer, so ThaT it BeHaveS likE a wave. Our interPRetaTion contradicts complemEntarY pRInciPLe, In our Case an eLEcTROn iS nEiTheR wAVe, Nor paRtiCle, it is Logos that iNteRaCts with logi oF ApParatus and AppEars to be eithEr a ParticLe, Or a WAve evEn bOth as Wave anD ParticLe. Non locaLiTY and deLAyed decISIoN, or nOn catastrophic meaSUrEMents are easily UndersToOD bY THe nOn sPatial or tiMe CoordINates of LOgI. aT EveRY instant, a quanTum entity thROugH its loGoS coMMunicaTes wiTh EVerY single part Of thE experimeNtal apPAratus aND it corrEspondS inStaNtly WItH aNytHiNG thAT hAppENs iN it. From tHe PoInt of View OF AN ObseRveR thaT stanDs in space-time, It lOoks AS if The quAntum EntiTy Knows What wiLl hapPeN, or observer's actIon cHanges the PasT. ENtaNgLed paRTicles Are ParTicles tHat have THe sAmE LOGoS, or better, their logi ArE TIgHtly connEcted. AS FaR aS We can conSiDer hLQ, wE CAnnot ExplAIn The valueS of proBAbIlIties thAt We take By The schRödinGEr's eQuatioN solutioN. But nO Other interpretATion does it. We 10 cAN oNLY cOMmenT thAt, if the wave FuncTIon ψ Were A ReAl fUNctioN and qUaNTuM Entities were localizEd At phasE spacE, it is hard to thInk how the dIVERsity and CompLExITy of our world coUld arIse from quaNTum world. schröDinger's eQuation prOBAbilitieS anD UnCerTaiNTY PRinciple looseN THe coNnEction bEtwEen quanTum EntIty And InFormation Which is iNcLuDeD iN itS logoS. all elemeNtAry PaRtiCles aRE undisTinguIshaBlE aND thEir logi INcLUDe thE sAmE infOrmAtIon. It Is neCEssAry, for oUr world to ExiST, thaT tHiS informAtion should be ExPressed in vArIouS ways. Hlq Arises frOm a metaphysical backgrouND, but it iS noT more MetaPhysical tHan Other iNteRPretatIons. OnE coulD nOtiCE That, eVERy ParTiCular impleMENtaTion oF HlQ exIsts in sImilar form in other iNTerPretations. BohM's dYnamIC AnD quANtUM poTeNTiaL HAve common properTies with loGi. bUt There is a veRY imPoRtant diFferencE. Logi IS a charaCteristic Of every beInG and NOT onLy of quantuM entitieS. Logi is noT A set oF HiDden vAriAbles, bUt IncLudes Every vARiaBle. MoDal intErPretatIons gIvE primary Role to the apparatus, even iF they oFfer nO onTology for TheIR clAims. Other InteRpretationS suGgeSt actIonS Which ReveRSe The TIme arRow 44 aND so on. TherE ArE stRONg Indications SUPPorTing HlQ fROm otheR sciEntific fields. Many PHysicists suggeSt thAT InfOrmATion Is Crucial for the sTruCtURE of UniveRsE. 45 There is alsO HolograPhIC PrinCiple tHat potEntiallY GIvES a mathEmatIcaL meaning tO "loGiCAl dimenSiOnS." 46 the creAtivE rOle thaT Ilya PRIgogINE gives to the arrow Of timE ANd the COncEpt of EmErgence, 47 THat
 but the logi of all parti cles are a ll to get her ,so t hatit behaves lik e  a w ave. Our interpretatio n con tr a dict s  c omple mentary pr i n cip le ,inou r  c ase a n e lectron  is neithe r w av e, nor parti c le , it is lo gos  that intera cts  withlo gio f app ara tus a nd app e ars to  be eithe ra  parti c le, ora wa ve e ven both as wavea nd particle. Nonlocali ty an d del aye d decision ,or no n  catast r op h i c  me a surements are  easily und e rst ood by  t hen on spa tialor tim e coordinat es o f logi. A t ever y  instan t , a qua ntum e nti tythro u gh  i tslo g osc om mun i cat es withev er y sin glep a r t  ofthe  exp erime ntal apparatu s a nd i t  co rresp ondsinst an tly w ith an ythin gthat happens in  it.  From the  po in t o fviewo f an o bse rve r thatstandsi n s pa c e - ti me, it looks as if  t h e  q uantum e ntityk no ws what wil lhap pen, o r obs erve r 's  actionchange s  t he  past.En tangle dpar tic les a r e pa rticle s that h ave t h e same logos,o r better, the i rl o gi aretig htly connec ted. As f ar a s  w e c a n con sider  H L Q, we cannot explain t he  value s ofprobabilities  that we t a k e  by theSchr ö di n ger's equation  solu tion. Butn o otherinter pretatio n does it . We 10 ca n o nly  co mme n t  t hat, if the w a v e fu nc tion ψwer e a rea l f unc tio n a nd  quantumentities  w er elo cal izeda t phasesp ace ,itis ha r d to t hinkhowth ed ive rsity a n dc o mple xi ty  ofour  w orldcoul d  ar ise fro m quantum  wo r ld.Sc hr ödinger 's equation p ro babilities  a ndUncert a i nty Prin ciple loosen the connec t ion bet wee n qua ntum  entity a ndinform ati o n whic h is i nclud ed  in i ts lo g o s.  Al lelementary p art icles  a re u ndistin guishable and thei r  lo gi include th e s amei n fo rma t io n . I ti s n e c essary, for our  world toex i st , that thi s  in fo rmation  should  be e x pressed  in vario us ways.HL Q ar i s esfrom a met aphysica l backgro u nd, b u tit is  no t more  m eta physi cal th a n o therinterp re tation s. On ecould no tice that, every partic ular i mplem ent ation ofHLQ exi sts in si mila r form inoth erinter pre t ation s. B o hm 'sd ynami c an d  quantump ot ent i a lhave common p r ope rties  wi t h logi . Bu t there is a very important diff eren c e . L ogi is a  c haracteristicofev e r y beingan d not onlyof quant um entit ies. L ogi is  not as e to f hidd en v ari ables, bu t i nc l udes ev er yv ariabl e. M od al int erpret a tion s give primary rol e tot h e app a rat us, e ve n if th e y of fer no ont ology for t heir c laim s. Ot her int er pretat ion ssuggest ac t ions whic h rev erse th etime  ar row 44  and s o on.  The re  ar e strongi n di c at io n s s uppo rting  H LQ f rom other scientif icf ields.Ma nyp h ysicis t ss u ggest that  in forma t i on is cruc i al f o rt he st ructur e of U niverse .  45  T here is  al s o  Holograp hic Princ i ple  t hatpotentia ll y gi ve s a  m athematical mea ning to"logical d imensi ons . " 46 The cr ea tive role th at Il ya Prigogi n e  gi ves tot hearr owof t ime  and the concept of emergence , 47  that 
 but_the logi_of all particles are_all together,_so_that it_behaves_like a wave._Our interpretation contradicts_complementary principle, in our_case an electron_is_neither wave, nor particle, it is logos that interacts with logi of apparatus and_appears_to be_either_a_particle, or a wave even_both as wave and particle._Non locality_and delayed decision, or non catastrophic measurements are_easily_understood by the_non spatial or time coordinates of logi. At every_instant, a quantum entity through its_logos communicates with_every_single_part of the experimental_apparatus and it corresponds instantly with_anything that happens in it. From_the point of view of an observer_that stands in space-time, it looks_as if the quantum entity_knows what_will happen, or observer's action_changes the past._Entangled particles_are particles that_have the same logos, or better,_their logi are_tightly connected. As far as we_can_consider HLQ, we_cannot_explain_the values_of probabilities that_we_take by_the_Schrödinger's equation solution. But no other_interpretation_does it. We 10 can only comment_that, if the wave_function_ψ were a real_function and quantum entities were_localized at phase space, it is_hard to_think how_the diversity and complexity of our world could arise from quantum_world. Schrödinger's equation probabilities and Uncertainty_Principle loosen the connection_between quantum_entity_and information which_is_included in_its logos. All elementary particles are undistinguishable_and their_logi include the same information. It_is necessary, for our_world_to exist, that this information should_be expressed in various ways. HLQ_arises from a metaphysical background,_but_it_is not more metaphysical than_other interpretations. One could notice that,_every particular implementation_of HLQ exists in similar form in_other_interpretations. Bohm's dynamic and quantum potential_have_common properties with logi. But there_is_a_very important difference. Logi is_a characteristic of every being and_not only of quantum entities. Logi is not a_set of hidden_variables, but includes every variable._Modal_interpretations_give primary role to the apparatus, even if they offer_no ontology_for their claims._Other interpretations suggest actions which reverse the time arrow 44_and so on. There are strong indications_supporting HLQ from other scientific fields. Many physicists suggest that information_is crucial for the structure of Universe. 45_There is also Holographic Principle that potentially_gives a mathematical meaning_to_"logical dimensions." 46 The creative role that_Ilya_Prigogine_gives_to the arrow_of time and_the concept of_emergence, 47_that