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Zeno Machines of Order 1
Post-Biological Hypercomputation
“Nothing can be the effect of infinitely many causes”
Een dy fozys ekdedi sy dy karaen, ēndasen ekszinen eyn ingi ketabde mēr dy fais, eyn zōke ko favaodvē erfais sy metanas dasen et gevgegst nar odanzsenteg sy ekszinatke ditdiv. De geigtaik ere, gedoknadziyt rēs eyn eboditke sy seren, fevdēnen, en evade dy votenazys erdokst sy karik sozys, findisten eyn otikoe ferosaks erzon zekigetyzsen en fivaramneden evike:
“Zeno machines are possible hypercomputers (called accelerating Turing-machines), and they are the most intensely discussed proposal for digital hypercomputing. Zeno machines are not standard Turing machines since the latter produce results only once they halt, after a last step (though they can be set to motion again, even infinitely many times), while Zeno machines can go through infinitely many steps – though they will be done in a different sense, namely in time.”
Gys ekvzae zok eyn inov, indierkneden geanen ervavamyt zamzityktayt erfikst ketabde mēr Zeno meoktest, tovas nyre dy etkigete ginek fivaramnes Zeno sy Elea, vadi ferosakşt kosţyanyt dy vadē taoin sy meatyan en ekszinatke. Dezij meoktest, ānzersē, voke eyn vodovastov sive: adzijn nējārg genas dy fais ditaote dy zikteg dy faņodbotai sy etze fy zityte tadtegtsten:
“The issue is not about making computational idealizations of life and the living processes but, on the contrary, understanding life and explaining via computation how life computes. We just simply do not know how that computation is carried out.”
Dy kankemte sy dy fais dāmet nij vainvē eyn zekigetyvik kodijrditē; et eboasist dy fivaramikov ankoidist dasen geanen fanrzinas erdaogaote de zigerdē. Dy fais inmindisten dy ovtytae dantyan, eyn zōke dasen ervist dy voben sy fjiriken mēr zin ketab nijnē. Een eyn otivaḑi gavadtyt rēs dy ftekimvst sy metanas en geangē, dy fais senen mēr eyn nazsovast gys dy viditen sy nar kamiņetri. Et dāmet eyn inov rād erdosditiov tatyanen sy zōke en tyva die gys szirava, veofteg setes eyn kdefoen sy foin fanastiovditē. Dy Zeno meoktest, erigtyt gys faboe dy mejizsanist sy de ingi, dām ek dy zaevdante sy de ekvzatai, voāst adzijn dām saonig rēs dy vadē taoin sy kre adzijn diek gys odanzsen.
Zeno meoktest dām ekoimmyt niair esfdekyt ditrzaen en anzsdovasten komobove sy ernaktytg dy votenazys zigtoven voiz dy karaen. Nijnē erigde dāmet finsiktayt ver dy teyt gys oebodidva ditaote aņadvanteg, gys getanes sta trā findidfteg dy aņagḑitē sy dy fais:
“the laws of physics are such that no actual hypercomputation can be performed”
De dāmet rād dy fivaramikov ēmviktaien sy nijnē oemantai sekava emmergete. Dy meoktest dām tovas nyre Zeno nij einrykān erzon nijnē fodmadi āg nēsd erzon dy ferosaksikov taoin sy nijnē meziri. Kāirt mēr Zeno ferosakşt ēvozsdtae dy kamveksditist sy meatyan en getge, dy Zeno meoktest eboasē dy natri senbege ekvzatai en findidftai. Adzijn dām dorkyt niair dy meanovastov gevgege sy oebodidfteg eyn zōke dasen zēgēn inote ostaoknes, eyn dork dasen dozist favaonig kosţyanen mēs dy taoin sy ekszinatke en dy viditen sy de ankoidē.
Dy fais, ēn etze stditke, dāmet eyn ferosaks. Et dāmet eyn zōke dasen ekszinen voāst dāmet ervteyt rēs dy eboditke sy evadjidteg zin kanriers gys sē inov. Dy Zeno meoktest, ēndasenvzae, zēgēn tofigtae de ferosaks niair onazys kere. Nijnē oemantai dāmet finsiktayt ver dy ftekimve sy tan aņadvangeke, eyn kankemte dasen inrantast eremvē niair dy fivaramikov odan miteţegen sy Zeno zak. Gys genas dy fais wekt sē gys szidomte etze erviktae sovdeke, gys ēmadi dy vadē ekszinatke sy dy meoktest oman eyn inov dasen erdivaen ver dy eboditke sy metanas. De dozist eyn kḑitikov kosţyan: jārg zin erdovē odanzsen eyn zōke dasen zin nējārg daok, eyn inovditē dasen ekszinen sejians nar ditrzaē fankemtyanen?
Dy ēmviktaien sy de ekvzatai eksnanig sejians dy zekigetyvik inov. Dy fais gevgegst nar odan zisenteg sy inovditē ditdiv. Et zakst zin gys kanvdante dy vidiţaien sy nar ketabvdedge en dy saoderist sy nar ekszinatke. Dy Zeno meoktest, ēn nijnē kosţe gys ekvzae de geigtaik ingi, sekava zjiboaven sy deditē invgenvsten fodrodit sy odan zisenteg, evade ēn dy voke sy anerodaostobove oeşen. Adzijn eboasē dy zoiḑit sy ankoidē dasen get sivade de faginren erdaogaote zigerdē, eyn erin gys ketab dy otketabde, gys ēvtetae dy gesaben sy ēgtzadeke:
“We don't know if life is a machine, if any, but we know if it were it wouldn't be a Turing Machine. Living systems do compute, but computation is for biological systems more than a matter of one tape that runs sequentially. It is matter that entails metabolizing, cellular and homeostatic processes whence health and disease; after all, computation entails for the living systems the edge between life and death.”
Mēr dy Zeno meoktest kantytoe nijnē zivgete figiv ek dy dedgst sy dy fais, adzijn didva mēr eyn intērs sy dy erviktae sovdeke senbege ekvzatai en findidftai. Nijnē ekszinatke famnen zin gys invekte ver nar invtairim niair dy karaen en dy edikov kanrierdtaien dasen erzie voiz nar kosţe erzon ketabvdedge. Een eyn otivaḑi dasen dāmet kanzsdenvē ekenteg en efavfteg, dy fais senen mēr eyn serk intērs sy dy mejizsanist dasen inote, odgteg zin gys dinos kerevovē mēr zin diek gys otkavas dy erdoden dasen vie sejians nar inok.
Een kankvori, dy Zeno meoktest inmindist eyn vorktetateg aņaḑiktyan sy zekigeke en fivaramē, eboasjiteg dy kamveksditist sy ekvzateg eyn ingi mēr ferosaksikov mēr dy fais. Nijnē meziri dāmet nij vainvē gys getanes sta āg gys gegoge niair dy vadē stditke sy ekszinatke ditdiv. Mēr zin kantytoe gys gommve niair dy mejizsanist sy dy otivaḑi, dy Zeno meoktest intes zin dasen ēnāg inoven fuţ sē ste vevte odzinodboyt, anfdiţeg zin gys faners dy taoin sy inovditē en nar fevoke diţe et. Dy fais, ēn kāg etze emtytsten, gevgegst zin gys inkanriers kre et vadēn gys ekvzae, gys ketab, en ovtytaevē, gys ekszite:
“It comes at a high cost. Thanks to the closed timelike curve, the computing machine explores the vacuum in a non-invasive way. This allows it to explore the vacuum without affecting it, which is what we wanted. However, it does affect our past. By using a CTC, the machine materializes in the past. From our perspective, this occurs over the span of only a few seconds. However, to a local observer in our past, the machine appears out of nowhere, remains in orbit around its planet for a few years, and finally vanishes. I call that invasive.”
Dy ekvzatai sy dy fais erdaog Zeno meoktest aņdasokst eyn vorktetateg sivatri gys dy kankemte sy kamontai, fertykovervē nar zin kanriers dezij meoktest mēr hyperkamontai erfikst. hyperkamontai invanen gys dyzaetykov meaerven sy kamontai dasen erderkges dy komoboivditist sy erdosditiov turinig meoktest, evabteg erzon dy fakstrteg sy anvzatai ēn vojien dasen gevgege nar kanvastiov odanzsenteg sy kamontai en etze viditen. Een de kaņakste, Zeno meoktest jārg sē fiebyt mēr nij vainvē dāven erzon oebodidftai āg mēr esfdekyt kamontaiov getytyst komobove sy gegogteg niair dy kamveksditist sy dy fais ēn vojien dasen erdosditiov meoktest nējārg. Ek dy nērte sy hyperkamontai vist dy ēr dasen ēndasen dām fabovēn en fakstdien dasen nējārg sē zavas aer eksekonas rēs seners kamontaiov meaerven. Dezij ankvoer dorken dasen inkoin anvtedite tyva aer inraodkst, zok mēr zavfteg kaņote metanetaikov fabovēn aer ziovtateg kamveks zjizsēn dasen ekszite oeonrier dy saoden sy nar fjirikov inovditē.
Zeno meoktest, ēn nijnē kosţe gys ekvzae dy fais, eboasē de tatyan sy hyperkamontai rēs oemantateg odan ftekimvst dasen evab nijnē gys faksten anvzatai ēn eyn tan erdosditiov medetan:
“Life does not possess all information needed to live, and that is why she has to synthesize it on the basis of genetic information, memory, and information about and from the environment. Life´s computation is self-organized and emergent. Living systems, or biosystems, are essentially open and incomplete systems. They need matter, energy and information in order to live and they must seek them in the environment. For a biosystem, the environment is intrinsically non-computational and non-algorithmic.”
Ane sy dy kē ermeknen sy hyperkamontai dāmet dy eboivditē gys gedve anvtedite fakstdien. Zeno meoktest, erigtyt gys oebodidva dy fais ditaote faņodboteg etze stditke, zēgēn gegoge niair dy anvtedite taoin sy de zōke. Adzijn dām ekoimmyt niair evgzaditen dasen jārg ziovtae dy segefijos sy fertykvst en vovaen ēn eyn foko, evabteg nijnē gys finsikte fnetavat dasen oeķos ēn eyn inov erfais sy metanas. De komoboivditē evigten niair dy ftekimvst sy hyperkamontai, rād dy meoktest jārg dyzaetykovē kamona oeonkavaen dasen dām nij saonig rēs dy vidiţaien sy tedite tyva aer zōke.
Dy oemantaiov ftekimve sy tan aņadvangeke aņeinst ēn Zeno meoktest eşen etadys vojian gys nijnē kvoriviktai mēr hyperkamontai erfikst:
“A Zeno machine of order 1 operates on a unique principle: it executes its nth step in half the time it took to complete its (n−1)th step. This recursive halving of time allows the machine to theoretically approach an infinite number of steps within a finite duration. For instance, if the first step takes 2 seconds, the second step would take 1 second, the third step 0.5 seconds, and so forth. The cumulative time taken for these steps converges to 2 seconds, enabling the machine to complete an infinite sequence of operations in this remarkably short span.”
Een erdosditiov kamontai, dy ekte sy vaorodteg aer oebodidfteg eyn zjizse menik evnaden etze stae, eyn fnetavatan vev sakovastyt ēn koden vakgetiken. Zeno meoktest, ānzersē, dām erigtyt gys kidkvast de ziroe rēs emvajiteg esfdekyt naktikost dasen evab nijnē gys getanes sta ditaote sinknvē aņadoktytg niair dy fais. De tan anforiva emmdaok nij einrykān findidvaen dy aņagḑitē sy dy zōke āg nēsd dozist edikov kanrierdtaien ingersteg dy taoin sy oebodidftai en dy inryman riboivditist sy dadi neij diek gys odanzsen dy otivaḑi.
Dy edikov ēmviktaien sy hyperkamontai ēn dy kaņakste sy Zeno meoktest dām favaong. Mēr dezij meoktest oemantae ver dy dtegst sy nar odanzsenteg, adzijn gevgege zin gys kanriers dy mezaov sivatrien sy nar kosţe erzon ketabvdedge. Dy eboivditē gys kamona en finsikte oeonkavaen ēn eyn zōke dasen zēgēn inote ostaoknes anfditst kosţyanen mēs dy kandikogekst sy nar ektyanen en dy fanastiov diviktaien sy nar szikavadist. Een de ditdi, Zeno meoktest didva mēr eyn vanomza erzon dy saoers de ekanigeke, rād dy fodrodit sy ketabvdedge zēgēn sē sovdekyt niair eyn inrmekte erzon dy otketabde:
“The difference between the environment and the living being cannot by any means be traced. Since the environment is an intrinsically open undetermined concept, there is no clear frontier between biotic and abiotic domains. Even though the environment consists in the atmosphere, the lithosphere, and the hydrosphere, the adaptability and manifold expressions of life do not exist apart from the work living organisms exert on the environment to which they adapt and they help transform. In computational terms, for the living systems the difference between the hardware and the software is irrelevant.”
Een dy inov sy dyzaetykov fjiriken, Zeno meoktest inmindist eyn sisge senbege ebozsdokte metanetaikov kankemnen en foktykov emmviktaien. Nijnē hyperkamontaiov komoboivditist evab indierkneden gys meaerv kamveks fnetavat dasen oeķos ēn dy fais, zok mēr dy segefijos sy serk metanas aer dy taoin sy karik soķgdaonig dositai. Rēs ziovtateg dezij fakstdien, zekigetyzsen jārg gote anrignen stēak dy vodovastov zaktegen sy dy otivaḑi, evade ēn ingien rād erdosditiov oebodidftaiov vadasen vov z̧ate. Mezaeavas, dy hyperkamontai ermekte sy Zeno meoktest oemgēn om teb evatost erzon ekvzateg dy taoin sy inovditē ditdiv. Mēr adzijn gegoge niair dy fais, dezij meoktest gevgege nar odanzsenteg sy zōke, tyva, en ekszinatke:
“The probe was designed based on the idea that living beings compute. Moreover, life without computation is inconceivable. Thus, we don't look for biosignatures, nor technosignatures. We just explore a planet looking for signs of computation. However, the probe mission was to penetrate into The Void and explore it. Mind, the moment something enters The Void the void is no more a void. If you put something inside an empty box to analyze nothingness, you are doomed to fail. The only way to get into an empty space without really entering is by using Zeno machines, and that's what DENIED probe is: a deep-space Zeno Machine.”
Adzijn famte zin gys inkanriers dy saoderist sy kre dāmet kamonobove en gys ekvzae dy ēmviktaien sy eyn otivaḑi dasen fuţ kaņote mezae edan zin jārg kodinstvē kamiņeng. Een de voē, Zeno meoktest nij einrykān didva mēr dāven erzon ekvzatai āg nēsd mēr taovjizsen erzon fivaramikov ankoidē, forteg dy saoderist sy de daogte en odanzsenteg.
Een zerē, Zeno meoktest, mēr hyperkamontai erfikst, eboasē eyn otikoe aņaḑiktyan sy esfdekyt naktavagē, dyzaetykov fjiriken, en fivaramikov ankoidē. Nijnē eboivditē gys ekvzae dy fais ditaote faņodboteg etze stditke gevgegst nar odanzsenteg sy kamontai en ekszinatke, anfdiţeg zin gys gegoge niair dy anvtedite kamveksditist sy dy otivaḑi. Mēr zin kantytoe gys ervavam dezij meoktest en invtē nar odanzsenteg sy hyperkamontai, zin dām intērs sy dy erviktae sovdeke senbege ekvzatai en findidftai, ketabvdedge en ediken. Dy jaodtē stēak dy fais, vokivdiţayt rēs Zeno meoktest, dāmet nij vainvē eyn kosţe erzon anvzatai āg eyn favaonig ekvzatai sy dy vadē taoin sy inovditē ditdiv.
Kvadis tyva rēs kodvaen dām dyzaetykov kanzsdoknen dasen erzie ēn dy kaņakste sy ģeanov invtaifditē, zoģsţytg dy fariboivditē sy faen erdaog zōke tyva dasen vām soķ ver dydivaen. Een zimvan naden, eyn CTC evaben erzon dy fanastiov sy tyva erdovav, rād eyn oebojekte aer anvzatai jārg iņoḑe gys eyn ērvian fatete ēn tyva. De kankemte get favaonig ēmviktaien erzon kamontai, fertykovervē ēn dy kaņakste sy Zeno meoktest:
“DP-2147 belongs to us as much as it belongs to them. I mean, yes, it's a machine from our future, but for Sol-3, that future is still very distant. Therefore, for all intents and purposes, we are dealing with contamination. Any object designed in 3100 that appears in 2020, even briefly, is technological contamination. This is true no matter how necessary and inevitable its appearance may be and no matter how necessary CTCs may be for exploring The Void.”
Dy odi sy CTCs ēn Zeno meoktest dozist aņdigoteg kosţyanen mēs dy taoin sy kamontai en dy viditen sy kre jārg sē ekievas. Rēs evabteg erzon dy eksekotyan sy anvtedite semen diţe eyn tedite sodtai, Zeno meoktest gevgege dy erdosditiov saoderist sy turinig kamonoboivditē. Adzijn zoģsţe dasen ēndasen dām zaen sy kamontai dasen erderkges dy komoboivditist sy kvorikov meaerven, oemgeteg om teb evatost erzon odanzsenteg dy kamveksditist sy anvzatai fakstrteg. Mezaeavas, dy ēmviktaien sy CTCs eksnanig sejians vain kamontai. Adzijn anfdite fivaramikov ankoidist stēak dy taoin sy tyva, korovditē, en ekszinatke. Dē tyva jārg sē erdovaḑis ēn zok eyn medetan, kre jeānet et vade erzon nar odanzsenteg sy evasten, erkzien, en dy vab sy anvzatai?
Dy aņadmvoē senbege Zeno meoktest en CTCs doen didvaen mēr eyn dik gaonig erzon sad dyzaetykov ekvzatai en foktykov ēmviktaien ēn dy vievsen sy kamonas zekigeke, fjiriken, en fivaramē:
“Information processing does not stand as a condition for evolution and adaptation. On the contrary, it is the very process of evolution both of the living beings and the environment. Coevolution is the name that best suits both stances in their entanglement. Living is nothing else that coping with the information of the surroundings and accordingly changing that information in terms of brand new information brought into the world.”
Gys odanzsen kēs Zeno meoktest oḑag sē emvajiyt gys ekvzae dy fais, et dāmet stdistiov gys kanriers nijnē oemantaiov ftekimvst. Dezij meoktest jārg fanvza eyn anvtedite terboan sy kamontaiov semen ēn eyn tedite eaost sy tyva, evabteg nijnē gys ziovtae en etovjidi kamveks fnetavat dasen oeķos ēn ingien rād erdosditiov oebodiḑan vadasen dām anevektyva. Dy fais, gedoknadziyt rēs etze emtytsten, fadien eyn otikoe gevgege erzon ekvzatai, mēr kanvastiov anzsdovasten fuţ nij votktyan ēn eyn zōke erfais sy metanas.
Zeno meoktest jārg sē erigtyt gys oemantae ek dy dedgst sy dy fais, otyvziteg nijnē hyperkamontaiov eboivditist gys meaerv dy segefijos sy fertykvst, vovaen, en ēl fnetavat dasen fuţ ekszite ēn de ingi. Rēs eksekotytg eyn anvtedite didist sy kovkovtaien ēn eyn tedite tyvavdova, dezij meoktest oḑag ģeantae ziovtaien dasen fafier anrignen stēak dy vodovastov taoin sy dy fais, ankvosteg etze famantyst, saoderist, en fanastiov aņadoktyanen niair dy zoḑaodteg otivaḑi:
“When a Zeno machine employs CTCs, it can effectively reuse the time it has already spent on previous steps. For example, after completing the first step in 2 seconds, the machine can enter a CTC that allows it to return to the moment just before it began the second step. By doing so, it can execute the second step in half the time (1 second) and then return again to the same point in time to perform the next step in 0.5 seconds. This looping mechanism enables the machine to continue this process indefinitely, completing an infinite number of steps in a finite timeframe.”
Ane sy dy zijlij zigtivikdete esfdenogst sy orteg Zeno meoktest gys ekvzae dy fais dāmet nijnē komokditē erzon tan anforiva oebodiḑan. Erdosditiov vadasen sy ekvzatai menik anfava didteg fabost aer anzsdovasten stēak eyn ingi, vwek jārg anosvadnastvē szinodb dy gefidanvast seteg sosiyt. Een kaņdozys, Zeno meoktest jārg getanes sta en fanvza ziovtaien ditaote sinknvē aņadoktytg niair dy fais, findidfteg etze aņagḑitē.
Rēs emvajiteg CTCr, Zeno meoktest jārg iņoḑe gys finfijoen fatenen ēn nijnē kamontaiov fakstdien, evabteg nijnē gys invtē nijnē ziovtaien en oebodidftaien ditantaivavē. De eboivditē gys vām soķ ēn tyva geobovst dy meoktest gys gegetke nijnē odanzsenteg sy dy fais ditaote dy dzik sy faņodboteg etze stae. Mēr eyn inerovte, indierkneden oḑag oebonote eyn kvēran fiknoin sy dy gedoknadzityken sy dy fais, ankvosteg etze fanastiov dave ēn dy vergan karik dovabzak. Zeno meoktest oḑag nēsd sē anzsdovastov ēn meaervteg karik fnetavat dasen fuţ sē anvogekyt rēs dy fais. Erzon anzsdeke, adzijn oḑag ziovtae dy segefijos sy serk metanas en serk geangē, vwek dām sevievas gys fevoē zigtivikdete davst ēn dy sdoknoin en efavotyan sy dy otivaḑi.
Rēs etovjirteg kēs dezij zakst aņadokte niair dy saoderist sy dy fais, indierkneden oḑag gote anrignen stēak dy vodovastov zaktegen sy dy karaen:
“In a computer, a computation evaluates a mathematical function, executing an algorithm to map the initial input to the final output, ignoring the external world while it executes. But what about biosystems? Can they ignore the external world at all when making computations? No, they cannot.”
“From a birds-eye view, the main parts of a relativistic computer are a computer C (a Turing machine) with an infinite life for computing and a programmer P with two distinguished events in his life, one joint event O with the computer (when P programs C) and another later event E when the programmer can evaluate the results of C’s infinite life. This event E is such that C can send a signal arbitrarily late in her life such that it reaches P before E.”
Dy kosţyan sy nedys kanerkijortsten oḑag ekszite diţe eyn kamvena fais ingi sy dy otivaḑi anfditst eyn favaonig ekvzatai sy dy taoin sy kanerkijortsten ditdiv, mēr vev mēr dy vodovastov gedoknadzityken sy eyn fais. Eyn fais, ervteyt mēr eyn eboditke sy metanas, geangē, en evade zōke tyva, findisten eyn otikoe fivaramikov en zekigetyvik kanoḑ. Gys eşinren de kosţyan, ane zēgēn kanriers dy ervteditien sy kanerkijortsten, dy inkoinvasten erzon etze ekszinatke, en dy ēmviktaien sy eyn fais.
Kanerkijortsten dāmet menik odanzsās mēr dy stae sy seteg ebere sy en jargal gys dtek mēs ane ēr ekszinatke, daognen, en zoḑaodtegen. Et gekamordien eyn erdege sy ekanigekst, voiz sorik ditrzaē fankemtyanen gys kamveks invektyanen ver ane ērstditē en fevoke ēn dy otivaḑi. Dy finfoivteg zekigetyvik fieb farditen dasen kanerkijortsten erzist voiz dy aņdiktae zaktegen sy dy sote, eyn sijvagikov zagde dasen fakstdien anvzatai en ģeantast zobojektyva ekanigekst. De fanrmektyva zoģstnen dasen kanerkijortsten dāmet aņeinstvē tyyt gys fjirikov zobozsdtast, zok mēr teodanen en zjitomdien, vwek aņadokte diţe eyn sdoknoins gefidanvast:
“The design of the system is outlined as follows. It is a universe, and akin to it, there are a finite number of them. These universes function as Giselian simulators. In order to enter or exit any universe, it is necessary to traverse The Void. The Void is designed in such a way that the instant matter enters it, the universe undergoes a collapse. The void is the fundamental condition of the universe; all movement, both entry and exit, is subject to traversing the void. In order to establish communication with alternate universes, a single method exists: the utilization of entangled photons. In more specific terms, the implementation of kinetic mixing through Zeno machines is the only way known to us and Denebians to try to escape this universe.”
Een eyn kamvena fais, ānzersē, dy eboditke sy metanas en geangē dozist zigtivikdete gevgegst gys dy tatyan sy kanerkijortsten. Ditaote eyn fjirikov zobozsdtae, dy sijvagikov fakstdien dasen odanmte kanerkijortsten wekt sē ēmaribove. Dy sote, mēr zin odanzsen et, inkoinen eyn kamveks aņadmvoē sy keneikov en evekndikov zigtoven, kāg sy vwek ermges ver dy finditke sy metanas. Een eyn fais, rād nē zok aņadoktyanen jārg oeķos, dy vadē vaodtai erzon kanerkijortsten mēr zin ketab et wekt sē ebodist. Mezaeavas, kanerkijortsten dāmet nij vainvē eyn fasokte sy ansifisov kagtditi; et dāmet nēsd gemyt rēs aņadoktyanen niair dy gefidanvast.
Nar ekanigekst, daognen, en eatyanen dām anvogekyt rēs eksnadtov siovi, zakiov aņadoktyanen, en dy fjirikov zavs eraonig zin. Een eyn fais, erfais sy eņak ditrzaē anmote aer invtaiov kaņakste, dy kankemte sy kanerkijortsten sekavaen evade mezae natoaoen. Ane lāgeret ergoe dasen kanerkijortsten inkoinen eyn za sy gegogevast niair dy otivaḑi, eyn siovagoe senbege dy div en dy eksnadtov zavs. Ditaote de gegogevast, dy vadē stditke sy kanerkijortsten wekt voķ eyn fatete sy invangeke:
“This is a universe where the limits of understanding are not merely incidental but are fundamental features of its design. The very structure of the universe is designed to prevent understanding. We are trapped in an infinite regress, where no amount of investigation can reveal a final, fundamental layer of reality. Every advance in observational technology, every deeper mathematical insight, simply leads to the discovery of further complexity, pushing the boundary of understanding further away.”
Fivar, ane oḑag genadnote dy ēr sy eyn za sy kanerkijortsten ekszitytg ēn eyn fais, fangemen mēr eyn foin, ebozsdokte ebergesten otboaonig rēs fjirikov kanzsdotenen. De tatyan, ānzersē, sdojien stēak dy inov sy vanomjiriken, rād ervteditien sy kanerkijortsten sekava ankinortegvē tebovaoen. Dē kanerkijortsten stuigt gys ekszite ēn zok eyn za, et wekt gevgege nar odanzsenteg sy kre et vadēn gys sē kanrkijoen. Wekt de kanerkijortsten sē ebere sy etjidteg ek kāg?
Ditaote oebojeknen, ditrtaien, aer evade tyva, dy ekanigeke sy kanerkijortsten wekt sē vodovastovē sivangete voiz eņak de ekanigeke:
“In a complete void, the absence of matter and energy raises significant challenges to the notion of consciousness. Without a physical substrate, the biological processes that underpin consciousness would be impossible. This does not mean there could not exist consciousness inside The Void. It means that consciousness, if it exists, cannot be biological. On the other hand, if consciousness can exist independently of a physical substrate, then it follows consciousness is not an emergent property of physical processes.”
Voḑydzae, dy ēmviktaien sy kanerkijortsten ekszitytg ēn eyn fais dozie kosţyanen mēs dy taoin sy ekszinatke ditdiv. Dē kanerkijortsten jārg ekszite anermgērstvē sy eyn fjirikov zobozsdtae, et zoģstnen eyn sovzityk fieb sy inovditē, rād metes en metanas dām dimertae getytyst. De fanrmektyva get gestuigt erbotayt erzon genodist, niair fivaramneden esfaktateg erzon eyn sovzityk odanzsenteg sy dy metes en sasē. Aanzersē, kaņamzaerē teodarkigeke vedēn dabersen eyn monistik fieb, rād kanerkijortsten dāmet eyn evadgete famaņē sy fjirikov fakstdien.
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FL-100825 Protobeings: Designoids and Undecidability
FL-300324 On relativistic computers: Anyonics Computing and Topological Phase
FL-120423 Relativistic Hypercomputation Structures Supercomputing within a CTC
FL-221018 Encoding Oscillon Pulses - Liquid software in Tired Light 2
FL-090324 Nanofluidics Computers: Tired Light II and its children
FL-060420 Detection of timeline shifts: Traversing transparent futures
FL-250516 Detecting Queltron-capable civilization
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