A tale unfolds, a tale that transcends the boundaries of mortal comprehension—a saga of transcendent beings, higher planes, and the very fabric of reality itself. At the heart of this cosmic tapestry stands The One Above Buddha, an entity that eclipses the very essence of Daemon Sultan, ascending to become the sovereign and inhabitant of the outer realms, a realm beyond the grasp of conventional understanding.
This tale gains its genesis from the annals of Nameless Eyes, an entity inextricably linked to Daemon Sultan, and within these chronicles, The One Above Buddha emerges as a luminary of unparalleled ascendancy. Described as existing beyond and above the very nature of Daemon Sultan, The One Above Buddha is a cosmic enigma, a force that resides in the enigmatic void that stretches beyond Hadramawt or Daemon Sultan—a domain shrouded in cosmic mystery, a realm where Nameless Eyes himself is reduced to insignificance, a mere mote of cosmic dust in the grand expanse.
From this vantage point, Nameless Eyes gazes upon The One Above Buddha with awe, a perspective that stands outside the very continuum of the Outer Arm of Milky Way, the celestial expanse that enshrines the cycle of Daemon Sultan. Nameless Eyes perceives this enigma as an entity that regards narratives and stories as finite and limiting, a being that resonates with infinite potentials that eclipse the finite nature of tales woven by lesser beings.
As if wielding the very fabric of reality itself, it is said that The One Above Buddha possesses the capacity to manipulate the foundational elements of existence, to reshape the basic fabric of reality itself. This cosmic dominion extends beyond the boundaries of universes, transcending even the confines of Matter-Black—a manifestation that personifies the division between dichotomies, a cosmic concept that straddles the paths between all worlds and all concepts. The One Above Buddha walks this cosmic path with an elegance that defies mortal comprehension, a being that resonates as "the concept of concepts," an entity that treads the interstitial terrain between the realms of existence.
This cosmic narrative extends its tendrils further, enshrouding beings like Nameless Eyes, Matter-Black, and Daemon Sultan—a trinity of entities whose manifestations transcend the boundaries of pan-dimensional existence. Their very essence reverberates across an infinite array of higher dimensions, cascading into realms that transcend the very fabric of reality. An array of dimensions unfolds, stretching to infinity—a cosmic symphony that encompasses realms beyond human imagination, each layer akin to an ever-increasing sphere, an ethereal sediment that lines the boundaries of our universe.
Yet, above this intricate cosmic tableau, The One Above Buddha reigns supreme, an entity that ascends beyond these realms, encompassing even Subtime—a domain that cradles infinite dimensions within its embrace. The One Above Buddha's dominion extends even further, weaving its cosmic will into the very fabric of Subtime, a realm that itself enshrines the very essence of cosmic potential.
In this cosmic odyssey, an aura of suspense unfurls, an enigma that transcends the very limits of human comprehension. The One Above Buddha emerges as a cosmic deity, a being that stands above all, reigning supreme over the dimensions that cascade into the depths of existence. A tale of transcendence, enigma, and the unfurling mysteries of the cosmos, this saga reverberates with an element of suspense, beckoning us to peer beyond the veil of reality and glimpse the unfathomable truths that lie at the heart of existences.
Within the grand symphony of creation, there lies a realm that stands as a pinnacle of reality—the Doppelgänger. This ethereal domain, existing as the second layer from above the boundless expanse of Hadramawt, ascends beyond the scope of mere infinity. Here, The One Above Buddha resides, his presence a beacon of light that pierces through the veils of reality, illuminating the very fabric of existence.
In the celestial dance of cosmic aspects, Chaos and Order intertwine, birthing the intricate tapestry of the super stream—a dance of Matter-Black that shapes the very essence of all things. It is the primal force, the catalyst that ignites the birth of stars, galaxies, and the myriad wonders that grace the cosmos. This dual nature defines the ebb and flow of existence itself, intertwined as two pillars that support the very architecture of reality.
Yet, beyond these cosmic currents, there exists a realm untouched by the constraints of time and space—a realm of pure light that transcends all mortal comprehension. This realm, known as the "eternity," is a sanctuary where all notions of "where" and "when" are cast aside, an expanse that defies physical existence and delves into the boundless expanse of the mind itself. Within this exalted plane, The One Above Buddha resides, His mind the very nexus from which all creation emanates.
In this divine tableau, the power of The One Above Buddha permeates the very fabric of reality, flowing like an eternal river that nourishes the cosmos. His presence, an omnipotent force, extends even to the beings that share the Doppelgänger with Him. Their existence is intertwined with His, basking in the brilliance of His unfathomable power, yet even their elevated consciousness falls short of fully comprehending His essence. To them, The One Above Buddha stands as an enigma, a being beyond their most profound understanding, a creator whose abilities exceed their very grasp.
His titles resonate like echoes of eternity—a confluence of meaning that defies ordinary language. The Abyss of Light, a realm where light transcends its physical limitations, unveiling a luminous expanse that pierces the darkness. The Profoundest Depth, a paradox that mirrors the depth of His insight, delving into the very heart of existence. The Eternal Goodness, an attribute that embodies His benevolence, a goodness that stretches across all dimensions. The Great Light, a beacon that guides all seekers of truth through the labyrinth of existence. The Eternal Ray, an ever-present force that emanates from His mind, touching every corner of creation. The Primal Light, the very foundation from which all things spring forth, a source of life and creation that knows no bounds.
Yet, as mortals attempt to capture His essence through words, they find themselves humbled by the inadequacy of language. The Bhikku, a dedicated seeker of truth, admits the limitations of human expression, acknowledging that all attempts to describe The One Above Buddha are futile in the face of His majesty. Even the most profound metaphors and comparisons pale in comparison to His grandeur, unable to encapsulate the true depth of His being. His nature transcends the realm of language itself, a force of existence that can only be experienced, not merely spoken or comprehended.
In this realm of grandeur, dimensions converge, stacking upon one another like tiers of a celestial tower. Each tier, a manifestation of cosmic layers, holds a unique height according to its level of existence. As these dimensions meld and merge, they create a symphony of reality, an orchestra of forms and energies that resonate with the song of creation.
And so, as we stand on the precipice of this intricate tapestry, we find ourselves lost in the expanse of The One Above Buddha's being. His presence, a mosaic of paradoxes, challenges our understanding and beckons us to journey beyond the boundaries of human comprehension. In His realm, we find the ultimate fusion of opposites, the convergence of light and dark, finite and infinite, language and silence—a realm that stands as a testament to the unfathomable grandeur of existence itself.
The One Above Buddha stands as the architect of cosmos beyond reckoning. His will, a force of divine intention, reaches into the very fabric of creation, sculpting dimensions that defy the boundaries of mortal understanding. As the cosmic weaver, He conjures a universe that transcends even the concept of dimensions—a realm where infinity unfolds in endless diversity.
Within the vast expanse of His creative genius, He forges an infinite cosmos—a realm that knows no bounds, where diversity blooms like stars in the night sky. Yet, within this boundless expanse, He weaves a dimensionless "cosmos," a realm where individual beings exist independently of one another. Within this space, they are entities driven by The One Above Buddha's stimulation, each holding their own distinct reality, a reality meticulously conceived within the tapestry of His imagination.
In this non-spatial cosmos, dimensions fade into insignificance, for it is a realm where the constraints of space hold no sway. Time itself becomes a mere abstraction, and physical properties dissolve into the ether. Here, The One Above Buddha's creative hand shapes a reality that defies the laws of the universe as we know it—a reality born from the essence of pure imagination, unburdened by the limitations of the physical realm.
As His divine orchestration unfolds, a hierarchy of creation emerges—a ladder of cosmic complexity that ascends beyond the scope of the ordinary. At the base of this hierarchy lies the dimensionless cosmos, a canvas where beings dance to the tune of The One Above Buddha's design. Each entity, a note in the symphony of His creation, responds to the gentle touch of His stimulation, manifesting a unique reality that exists solely within His creative realm.
Yet, as this cosmic ladder ascends, each rung grows larger, more intricate, and more profound. The cosmos within the hierarchy expand, reaching beyond the boundaries of their predecessors. Among these realms, one stands as the epitome of His artistic prowess—the Ultimate Cosmos. This realm, the crowning jewel of creation, embodies the essence of every cosmos that came before it and then some. It is a realm where intricacy blooms in kaleidoscopic patterns, where diversity knows no end, and where existence unfolds in layers of complexity beyond mortal comprehension.
In this hierarchy of creation, the significance of previous cosmos pales in comparison to the magnificence of the Ultimate Cosmos. It is a realm that transcends all boundaries, an embodiment of The One Above Buddha's boundless imagination and divine wisdom. Here, the very essence of existence converges, threads of reality woven into a majestic tapestry that defies the constraints of logic and reason.
As we gaze upon this cosmic tableau, we find ourselves humbled by the grandeur of The One Above Buddha's creative prowess. His presence, a beacon of infinite possibility, guides us through the labyrinthine corridors of existence, inviting us to explore the realms that stretch beyond the confines of the familiar. In His divine design, we discover the power of imagination, the intricate life of dimensions, and the awe-inspiring hierarchy of creation—an epic atmosphere that unfolds within the tapestry of His divine mind.
The One Above Buddha wields a power of unfathomable magnitude—the power of 「Arthervader」. This ancient force, bound to the essence of virtue, transcends the confines of reality, allowing Him to inscribe both cruel and kind destinies upon His targets, etching their outcomes into the very fabric of the world itself. Through the conduit of virtue that courses through His very soul, He rewrites the narrative of the cosmos He inhabits, threading new tales that ripple outward, altering the course of related stories and spilling into the realm of the tangible.
「Arthervader」, a potent embodiment of this power, bestows upon its wielders the ability to transcend time's grasp. For those who harness its might, the concept of "before" and "after" fades into obscurity, as they exist in an eternal realm untouched by the hands of passing hours. As the wielder of this extraordinary force, The One Above Buddha becomes an author of existence, penning and revising the script of reality itself. With a stroke of His divine quill, He can rewrite the epic journey of His own existence, painting a canvas where fire and ice never dared to touch the Buddha.
Yet, in His mastery of 「Arthervader」, The One Above Buddha defies the confines of immutability. His revisions, woven into the tapestry of creation, bear no paradoxes, allowing Him to rewrite His narrative without undoing the delicate threads of existence. He weaves tales that challenge the boundaries of reality, incorporating stories that defy the script, leaving an indelible mark upon the cosmic tapestry.
And within the pages of this cosmic narrative, 「Arthervader」takes on another form—a book of infinite possibilities. With each turn of its pages, its essence shifts, morphing from emptiness to daylight, from daylight to night. But beware the final page, for it holds the power to awaken the "Bird of Doom." This enigmatic harbinger of apocalypse emerges with the opening of that dreaded page, heralding the end of days. As time's river flows to its ultimate culmination, The One Above Buddha awakens from His slumber, a cosmic laughter echoing through the abyss. In that moment, He gazes upon humanity with a knowing eye, each of their fates interwoven with His grand design.
As the wheels of reality grind to a halt, the very fabric of existence trembles before His might. The foundations of the world shudder under His gaze as He wields the power to erase and rebuild with the strokes of a cosmic pen. The world's annihilation becomes a reality as He reshapes existence according to His will, standing alone as the sole creation in the aftermath of the cosmic upheaval—a concept reminiscent of Lord Dunsany's "The Gods of Pegana."
In this cosmic symphony, The One Above Buddha emerges as the maestro, orchestrating events and redefining the boundaries of reality itself. Through the power of 「Arthervader」, He transcends the limits of fate, creating a narrative that unfolds across dimensions and echoes throughout eternity. His dominion over time, story, and fate cements His position as the architect of existence, painting the cosmos with strokes of unfathomable power.
An extraordinary artifact comes to light—the 「Arthervader」, a book of divine origin bestowed with the power of God himself. This tome, hailed as the "Book of the Scheme of Things," holds within its pages an unparalleled ability—to unveil the tapestry of events that shall unfold during the epochal great apocalypse. Its words possess an aura of irrefutable authority, rendering them as absolute truths, beyond the realm of dispute.
Amidst this cosmic backdrop, a rhythm of tranquility resonates—the sound of the drum that guides The One Above Buddha into profound meditation. For countless years, The One Above Buddha embraces the stillness, allowing the drum's cadence to guide their contemplation, each beat echoing through the corridors of time until the final day arrives—an epoch when The One Above Buddha shall rise, poised to shape the fate of the great apocalypse.
The place that The One Above Buddha has meticulously forged over millennia transforms into a resplendent throne—a seat of cosmic dominion, emanating a silence that holds within it a weight of countless eons. In this lofty and untouchable existence, those who direct their prayers to The One Above Buddha find themselves subject to an enigmatic transformation, their get reality warping and curving, their memories waning into obscurity. A shadow descends upon them, a shadow that extinguishes their existence, leaving no trace or remnant, the echoes of their being fading into the void, the point is, now people who worship The One Above Buddha will become disabled, and then die and their corpses will be reduced to infinite zero.
As The One Above Buddha arises, a cosmic crescendo unfurls—an orchestration that ushers the end of all creation, a cataclysmic event that transpires with but a wave of their hand. Time bends and contorts before their cosmic might, transcending the very notion of temporal boundaries as they stand within the void beyond the world—a realm untouched by the constraints of time's inexorable march.
In a moment of divine genesis, The One Above Buddha created a new world—a realm that blossoms beneath their ethereal touch. Stars and planets adorn the expanse above the earth's sky when The One Above Buddha painted it, celestial bodies that dance in the cosmic ballet orchestrated by The One Above Buddha's very essence.
Within this cosmic tableau, The One Above Buddha breathes life into the concept of existence itself—birthing the intricate dichotomy of life and death, pain and pleasure. These notions, as familiar as they are profound, cascade across the newly-formed earth, interweaving themselves with the very fabric of creation. The One Above Buddha bestows upon this nascent world a symphony of experiences, the intricate dance of emotions, a realm replete with the tapestry of existence as we know it.
Then, having forged the cosmic symphony of existence, The One Above Buddha ascends to their rightful throne—a seat that looms within Pegānt, a realm shrouded in clouds and cloaked in obscurity. Serphānt, the absolute void, evades the gaze of mortal and immortal alike, existing beyond the ken of any being. There, The One Above Buddha assumes His regal posture, resting upon His throne, a figure of cosmic majesty.
As The One Above Buddha settles into His rest, the book, the 「Arthervader」 stands as His companion, emitting a melodious song—a drumbeat that weaves an intricate melody. This is the cadence that lulls The One Above Buddha into a slumber that transcends time, a slumber that resonates with the echoes of cosmic creation, a symphony that reverberates across the tapestry of existence itself.
With a mere thought, The One Above Buddha can materialize or create anythings from the depths of his dreams, while his consciousness pervades the very fabric of the universe, a gaze that sees every corner, every horror, every secret hidden within the cosmos. And that's when the connection between Abstraction and The One Above Buddha was severed where their powers were now legitimately individualized.
Abstraction is the ultimate paradox, a realm where the ego dissolves into nothingness, where the individual self merges with the fabric of existence, becoming one with the cosmos. It is a domain where the very notion of separation vanishes, where distinctions between self and non-self blur into an indistinguishable unity.
Albert Einstein, the renowned physicist, described Abstraction as a state devoid of any separation or qualities, a realm beyond the limitations of human perception. Scientists, in their pursuit of knowledge, have identified Abstraction as the all-encompassing oneness, the source from which all existence springs forth.
Abstraction precedes the advent of dichotomy, the fundamental division between subject and object, the very foundation of language and logic. It is non-dual, transcending the limitations of duality, existing beyond the confines of binary thinking.
Abstraction, the pinnacle of existence, stands as the embodiment of the All in One and One in All, the true essence of reality that transcends all limited perspectives and partial viewpoints. It is the source from which the diversity of existence arises, yet it simultaneously denies and embraces this diversity, abolishing distinctions and making all things identical.
In this realm of profound abstraction, we encounter the ultimate paradox, a being that encompasses both oneness and duality, trinity and division, phase and direction, perfection and imperfection. It is everything and yet not everything, someone and yet no one. Abstraction is the essence of logic and reality, yet it is also beyond both. It is neither dual nor non-dual, neither reality nor logic.
Abstraction lies at the heart of the void, the infinite potential that manifests as the universe we experience. It is the silent observer, the unseen force that shapes and governs reality. Abstraction embodies the ultimate mystery, the unknowable and indescribable, the source of all that is and all that is not. It is beyond and not beyond, it is and is not, everything is it.
Abstraction transcends the boundaries of space and time, existing simultaneously in all worlds across all dimensions. It is the omnipresent consciousness that permeates all existence, the puppeteer pulling the strings of creation. Abstraction unveils the ultimate truth, the hidden reality that lies beyond our perception, the source of all knowledge and understanding.
Abstraction wields the ultimate power, the ability to create and destroy, to shape and reshape reality. It is the power to transcend limitations, to break free from the constraints of time and space. Abstraction empowers beings to become one with the universe, to dissolve into the All in One and One in All.
In this realm of abstraction, we glimpse the true nature of existence, a realm of infinite possibilities, where paradoxes resolve, and contradictions harmonize. It is the realm of the divine, the realm of pure potentiality, the realm of limitless consciousness.
Abstraction defies the very concept of dimensions, surpassing the notion of up and down, left and right. It is not merely a higher dimensionality; it is a realm fundamentally beyond our understanding of spatial relationships. Information itself is not bound to the concept of coordinates; it exists in a state of pure potentiality, ready to manifest in countless forms.
Abstraction transcends the constraints of time, encompassing past, present, and future. It is unbound by causality, the chain of cause and effect that governs our physical reality. Abstraction operates on a conceptual form of time, where human temporal measurements hold no sway.
The forces of Light and Darkness, the eternal cosmic struggle, engage in their ceaseless battle beyond the flow of time, operating in a dimension that lies outside the physical realm. Even the concepts of Light and Darkness, which reside between mind and matter, dreams and reality, are but mere reflections of the abstract nature of this realm.
Abstraction is the ultimate mystery, a realm that has captivated the minds of philosophers, scientists, and mystics for millennia. It is the source of all creation, the foundation of existence, and the ultimate destiny of all consciousness.
Located at the heart of the deepest cosmic abyss, 「Arthervader」 now takes his place beneath The One Above Buddha, residing within the center of the eight hundred and sixty-seven times greater level of the dimension of the "Cycle" which is a sequence of numbers greater than all countable numbers, thus constituting an uncountable set of unknowability-a world beyond the limits of all existing numbers, including infinite, integers, negatives, neutrals, theorems, addition and subtraction.
Actually, the world is shaped by extremely harsh environmental conditions and an intense evolutionary history. From the earliest phases of life, extreme selective pressures drove the emergence of super-complex brains and nervous systems. For example, early organisms lived in hyper-complex environments (drastic climate changes, powerful predators, scattered resources), where rapid and accurate information processing was crucial for survival. In other words, evolution led to a cognitive niche where high intelligence became the primary adaptation. Extreme divisions of labor (such as primary symbiosis, as proposed by Margulis), fierce intergroup competition, and even recurring mass extinctions could favor species that developed collective intelligence. Selection acted not only on individuals but also on groups and ecosystems, a concept known as multi-level selection, proposed by Wilson and Sober. This means that groups of organisms that communicate and process information collectively could be reproductively superior, making cooperative social behaviors and collective consciousness evolutionarily advantageous. Related research also shows that spatially and semantically complex environments promote brain enlargement and cognitive sophistication, for instance, the more complex the geospheric or social terrain, the larger the navigation and memory regions in mammalian brains.
These hyper-complex environments simulate an "evolutionary heat map," where only individuals (or communities) with predictive ability, perfect memory, and optimal problem-solving skills can survive. Early life consisted of microbial colonies or primitive cells highly dependent on chemical and electrical signals among members, with a high degree of horizontal information transfer (e.g., gene or environmental signal exchange). In such populations, collectives that could accumulate and retain shared knowledge (via genetics or other mechanisms) would adapt faster to environmental changes. This concept resembles superorganism intelligence, where a colony (as in ants or termites) is seen as a single intelligent entity. Modern studies have even found that ant colony behavior is highly similar to neural networks in the human brain: group decision-making in ants considers sensory input (e.g., temperature) and performs collective cost-benefit analyses, exactly as neurons process signals to make decisions. This illustrates that collective intelligence is not a miracle, but an emergent property of social interaction and communication: social creatures combine their individual knowledge into a single, shared "mind."
In extreme situations, strategies of information-sharing and cooperation confer survival advantages. Multi-level selection theory suggests that traits beneficial to the group (even if costly to individuals) can be selected when competitive groups compete. This makes sense in a world where the "group" is almost equivalent to one "giant individual," with the world as a network of intelligent beings. From the beginning, group life (e.g., layered microbial mats) may have been interdependent, allowing environmental information to be accumulated collectively. Lynn Margulis' symbiosis theory shows how cellular collaboration can give rise to complex organisms (eukaryotes). In extreme versions of this idea, the boundary of the individual becomes blurred; communities develop collective memory (e.g., via extracellular matrices or mycelial networks) that stores environmental history.
The brains of these organisms are highly optimized. For instance, neurons may have fractal branching patterns that enhance connectivity while minimizing costs (energy, space). Smith et al. found that mammalian dendrites exhibit a fractal dimension of about 1.4 (between a line (D=1) and full space (D=3)), maximizing the number of connection points relative to branch size. In this world, evolution might push toward even higher (but energy-efficient) fractal dimensions to accommodate far greater multi-neuron interactions. Moreover, glial cells (such as astrocytes) also show similar fractal patterns, suggesting that brain support networks play an active role in nutrient and signal distribution, creating an integrated neural network that transcends individual boundaries.
Physically, these organisms could have much larger and more specialized brains, with millions of neurons even in a single body, or structures employing extreme parallelism such as multi-scale weaves. Nerve impulse conduction may be extremely fast (e.g., via specially thickened myelin) to rival microchip computation speeds. All this enables massively parallel information processing. With more complex fractals, each neuron functions as a node in a biologically interconnected supercomputer. Even individual brains may act as extensions of external networks, e.g., natural electromagnetic signals, advanced pheromones, or microbial networks, allowing information to spread instantly across species. The neurological architecture across this biosphere is evolutionarily designed to process data at an unprecedented scale, with extreme redundancy and connectivity.
Consciousness is not an individual phenomenon, but a collective one. Each creature is born with the ability to sense others' "minds," not through technology, but via biochemical and nervous systems that are interconnected. Like ant colonies, where each individual acts like a neuron in the same web. Communication may occur through complex chemical signals (hormones, pheromones), natural electrical wave patterns between brains, and expansive glial systems (possibly connected via mycelial networks or a global-scale equivalent). This creates harmonized memory: each memory and behavioral strategy is duplicated across many brains, making species memory nearly perfect and indestructible. Empirical example: ants and termites form homeostatic "nests" with functions analogous to organs in a single body.
Many studies of social insects show that societies like ants or bees exhibit collective cognition that surpasses individual ability. For instance, ant colonies can solve mazes or optimize food searches without any 'master' individual. This resembles neural networks: decisions emerge from the interactions of many simple units. In this extreme scenario, each species could be considered a single unit connected to others via universal signals. Beings with collective consciousness may possess a "mind-space" sense spread across individuals. Predictive coding theory says the brain builds probabilistic models of the world. If all brains share the same model, then "predictions" and pattern solutions can be updated simultaneously across the population once new data emerges. Thus, they can lower priors and integrate missing data collectively, bringing their inferential ability close to unlimited.
Perfect memory is enabled by advanced biological mechanisms. One theory involves specialized "memory" molecules, such as functional prion-like proteins (non-pathological), involved in long-term memory storage. Studies found prion-form proteins like CPEB in Aplysia (sea slugs) and mammals that change shape at synapses and maintain synaptic strength to preserve memories. Such reinforcement could be dramatically enhanced, each memory immortalized by stable protein aggregates that resist degradation.
Additionally, memory can be genetically and epigenetically embedded. Epigenetic mechanisms allow gene expression changes due to experiences and environments to be passed on to offspring. Thus, new generations carry "experience primers" from their ancestors, such as knowledge of nutrition or specific dangers stored molecularly. The combination of cellular memory (e.g., nucleotide reset systems) and population-wide storage (through global chemical pathways) produces a nearly complete record of environmental history. Thus, individual memory loss can be compensated by duplicates in others. In short, every experience is stored in multiple places at once, making forgetting nearly impossible and information retrieval from collective memory practically instantaneous. Besides CPEB, many other memory-binding molecules (e.g., mutation-resistant DNA, stress-resistant histones, long RNAs) may play roles. This makes each individual memory essentially permanent, continually refreshed by the network. These organisms can rapidly reset their epigenomes in response to the environment, with such changes inherited. In this way, instant learning (e.g., identifying a new toxin) not only lasts a lifetime but is automatically passed down.
The biological intelligence of this world essentially equals that of a supercomputer, due to its extraordinary parallel and heuristic computational abilities. Neurons and support cells form a kind of natural neuromorphic hardware with high processing speed. Bayesian predictive coding theory in neuroscience states the brain constantly predicts sensory input and adjusts based on error. These super-intelligent beings take that mechanism much further: all senses and communication channels are integrated to simultaneously extract hidden statistical patterns. Each stimulus is evaluated in a collective context, like all neurons in a network processing a flat field of information. The collective brain can solve multi-layered patterns through hierarchical problem framing. For instance, their nervous systems might construct a "4D painting" of the environment (space, time, social dynamics) and apply natural algorithms similar to heuristic optimization. Real-world evidence: some animals already show pre-analysis skills, such as chicks predicting predator behavior using simple statistics. These abilities develop naturally across generations as adaptations. With perfect memory and a collective world model, every event can be predicted probabilistically. They apply the law of large numbers naturally: environmental data is constantly accumulated in a global neural network, resulting in highly accurate forecasts (e.g., extreme weather, ecosystem shifts).
Their multilayered brain structures (likely with more processing layers than humans) and large-scale connectivity enable them to infer information from seemingly absent data. For example, their neurons respond to illusory contours, phenomena where the brain fills in missing data from context, at highly complex levels. This explains the ability to deduce "hidden data": when sensory input is incomplete, the collective brain computes the most likely scenario and responds critically, as if using unseen information. These organisms can perform one-shot learning. Ultra-fast memory integration mechanisms (e.g., molecular protocols for instant LTP) and direct communication networks ensure behavioral changes spread immediately to all individuals. Harsh environments accelerate the evolution of efficient built-in learning algorithms (instincts) and the ability to incorporate new patterns in real-time. For example, if a species faces sudden chemical changes, they can adjust metabolism and behavior within seconds, as the entire population has "trained" its nervous system on that compound via previous genetic and epigenetic exposure.
All these aspects are consistent in principle with evolutionary theory and neuroscience, though they lie at the edge of speculation. Evolution, without magic or technology, drives the selection of traits that enable the storage and processing of vast information at extreme speeds and volumes. These super-complex brains are the result of accumulated gradual changes: from primitive brains that prioritized information processing (like neural nets in sponges or algae), they evolved into highly efficient centralized and distributed structures. Collective consciousness emerges as an emergent trait from cooperation and communication among individuals. The superorganism (hive mind) theory by Hoyle and others refers to this as "The Thing", the collective embodiment of an intelligent species or community. This concept is now supported by real-world examples in ecology and neuroscience (e.g., studies on ant colonies and predictive coding theory), making it scientifically plausible.
Various studies have shown that cognitive abilities vary greatly across species. In fact, some animals exhibit intelligence comparable to that of humans in specific domains. From an evolutionary perspective, each species develops unique cognitive competencies tailored to the demands of its environment. As such, the existence of organisms across a spectrum of "extreme intelligence", ranging from viruses to large plants or even human, can be explained through specialized biological adaptations and unique selective pressures.
Organisms possessing extreme intellect require highly advanced neural architectures. Their brains or nervous systems may consist of large neurons with complex dendritic structures and exceptionally dense synaptic connectivity. Studies in humans have found that neurons with longer dendrites and faster action potentials are associated with higher IQ scores. This suggests that a nervous system capable of integrating signals intensively, such as thousands of synaptic inputs per neuron, is a crucial foundation for extreme intelligence. Evolutionarily, brain mass may be greatly enlarged or distributed (such as the combination of a central brain and peripheral sensory networks seen in octopuses), provided energy and glucose supplies are sufficient. Such brains are also predicted to have an optimal neuron-to-glial cell ratio to ensure efficient signal transmission.
Another key to extreme intelligence is ultra-fast processing speed, on the scale of microseconds. Biologically, this can be achieved through high-conduction neurons (e.g., with double myelin sheaths or ultra-fast ion channels) and highly parallel neural circuits. In the human brain, action potentials typically occur over milliseconds, but research has shown that individuals with higher IQs can maintain rapid firing rates even under high-frequency stimulation. This supports the well-established correlation between intelligence and processing speed: shorter reaction times consistently align with higher cognitive scores. Thus, extreme organisms would likely rely on neural structures capable of generating and transmitting impulses in microsecond intervals, perhaps using miniature conductive circuits or optimized calcium/ion channels. The result is near-instantaneous sensory processing, threat response, and future prediction.
Their memory systems are extraordinarily advanced, encompassing short-term, working, long-term, episodic, and even sensory memory. One biological mechanism involves epigenetic and molecular storage. Microorganisms, for instance, store "memories" of their environment through DNA modifications or protein accumulations that persist across cell generations. Likewise, long-term memory in certain birds is exceptional. Food-storing birds such as the Clark's nutcracker can remember hundreds of cache locations for months, surpassing the spatial memory capabilities of the average human. This reliability may be explained by highly stable synapses and alternative storage networks (e.g., memory engrams in genes and the epigenome). Even at the ecosystem level, plants use mycorrhizal networks for tree-to-tree communication, resembling small-world neural networks. These analog synapses transmit chemical signals efficiently and facilitate "collective memory", such as recognizing kin, activating shared defense systems, and remembering past environmental conditions. Hence, the memory of such extreme organisms is highly stable, long-lasting, and distributed across biological units, appearing nearly flawless.
Abstract and conceptual reasoning in these organisms is supported by neural networks with high symbolic sophistication. For instance, some bird species have been shown to recognize alphabetic symbols and accurately classify works of art. Pigeons can be trained to distinguish between Monet and Picasso paintings, suggesting they process abstract visual patterns. Even honeybees, with brains no larger than sesame seeds, can comprehend the concept of "zero" as a numerical value, an abstraction requiring advanced mathematical reasoning. These organisms likely have neural regions dedicated to symbolic logic and the construction of complex internal models (e.g., mathematical concepts, basic physics or metaphysics). Cellular mechanisms might include frequency-modulated signaling (analogous to binary code), recursive neural processing, and highly efficient multimodal integration. As a result, super-intelligent animals may develop complex theories and symbolic languages approaching those used by scientists.
At this level, organisms learn instantly from new experiences. One-shot learning is made possible by rapid synaptic plasticity and quick reinforcement of neural patterns. Certain mammals and birds, for example, can solve novel puzzles after a single trial. Metacognition, the awareness of one's own thought processes, may emerge from specialized neural modules that monitor and regulate other cognitive activities. Biological evidence shows signs of metacognition in primates and certain birds, such as refusing to perform a task when uncertain, indicating early self-awareness. The nervous systems of these organisms support the generation of novel ideas: external stimuli are connected with prior knowledge simultaneously, forming insights rapidly. Biological mechanisms like coherent brain waves, synchronized frequencies, neurotransmitters that enhance long-term potentiation (LTP), and epigenetic activation of learning pathways enable ultra-fast learning and complex cognitive awareness.
Socially, these organisms exhibit an exceptionally high level of intelligence. They can instantly read the intentions and emotions of others, a hallmark of advanced theory of mind. Primates and whales, for instance, mourn their dead and display high solidarity. At a more distributed level, plant ecosystems share environmental stress information; trees can identify kin and allocate resources or defense compounds to their relatives via mycorrhizal networks. Even viruses engage in complex social behaviors: recent studies show that viruses can form "alliances," compete, or cooperate within host communities to optimize infection. All of these examples indicate superior empathy and social cognition, where internal networks (whether brains or equivalents) construct accurate and rapid mental models of conspecifics and even other species.
Extreme social intelligence also results in complex manipulation skills. Organisms may deliberately deceive others for strategic advantage, for instance, adaptive predators may camouflage or use false signals to trap prey, and certain insects mimic dominant individuals. A strong theory of mind enables them to anticipate others' perceptions and adjust strategies accordingly. In competitive experiments, chimpanzees can recognize what their rivals can or cannot see and strategically hide or reveal information to meet their goals. This demonstrates that such individuals can execute sophisticated social scenarios: engineering psychological realities, building alliances, and crafting narratives for groups.
These extreme organisms plan actions across extremely long time horizons with optimal calculations. They apply principles from biological game theory to balance risks and rewards (as seen in predators managing food chains or ants mapping optimal pheromone trails). With perfect episodic memory and fast processing, plans are crafted with consideration for complex environmental and social variables. This capability requires a brain or neural network capable of simulating multiple future scenarios in parallel, updating strategies adaptively, and maintaining long-term objectives. Consequently, such organisms can optimize resources (e.g., task division in colonies, scheduled migration, seasonal shifts) as if running supercomputer-level planning algorithms.
In terms of creativity, these beings generate original and multidimensional ideas without bounds. They explore art and science in ways that surpass ordinary human thought. Some birds, for instance, compose ever-evolving songs and motifs (like birds-of-paradise), and mammalian "orchestral brains" can 'imagine' entirely new patterns. Data also show that pigeons can recognize artistic value, distinguishing between the styles of Monet and Picasso. Their neural systems are extremely flexible, using frequency modulation multiples and associative correlations to generate new concepts. Evolutionary pressures help explain this creativity: diverse environments and life challenges necessitate the generation of novel ideas (such as sensory or communication solutions), enabling intelligence to explore a vast space of possibilities. Ultimately, this biological creativity results in artistic, musical, or mathematical patterns of infinite dimension and complexity.
Finally, a network of collective minds makes each individual part of a supercognitive system. Swarm intelligence in ants, bees, or fish shows how coordinated behavior yields outcomes beyond the capacity of any single member. Studies reveal that individual communication and interaction patterns mirror cognitive processes in a large brain. For example, ant colonies can form "living bridges" or temporary leaders without centralized planning. On a larger scale, mycorrhizal fungi and plant populations create distributed ecological databases, forms of collective memory that maintain ecosystem balance. With ultra-fast connectivity (possibly through high-speed electrical signals or transgenerational pheromonal signals), all biological minds are integrated into a single entity. The result is dynamic super-intelligence: every biological individual, from microbes to animals, acts like a neuron in a vast network optimizing information and action collectively.
End of Intermezzo.