Section 64 (first updated 4.09.2021)

Self-Simulating Circuit

The idea of the self-simulating circuit is a lesser-known concept that many people intuitively understand without possessing a fully conscious definition of it. In other words, people have heard traces of the idea but have never fully seen or articulated it clearly. This is because the concept itself has not yet been completely developed within science or philosophy. Some thinkers have mentioned it indirectly and attempted to describe aspects of it, yet an adequate and complete definition still remains absent.

The self-simulating circuit may therefore be understood as a new conceptual framework attempting to explain one of the oldest philosophical problems:
the relation between mind,
matter,
form,
and reality.

In ancient philosophy, especially among the Greek thinkers beginning with the Presocratics and continuing through Plato and culminating in Aristotle, philosophy investigated the interaction between substances of the same kind as opposed to substances of different kinds. [1]

In simple terms, this means the Greeks distinguished:

• matter interacting with matter,
  from
• matter interacting with something non-material.

This non-material principle was generally described as form:
an abstract organizing principle grasped by intellect rather than directly through the senses.

Opposed to this tradition was atomism, which later became the dominant ontology underlying modern science. Ancient atomists such as Democritus argued that reality consists of indivisible units called atoms moving through void. [2]

Modern atomism continues this orientation in more sophisticated scientific forms.

Atomism is fundamentally empirical because it depends upon interaction between observer and observed object in order to derive information.

Yet this interaction primarily explains relations between substances of the same kind:
matter interacting with matter.

Physical interaction is therefore measured through proximity:
how closely two distinguishable objects approach one another while remaining distinct.

Objects come into contact while preserving separation. Information passes between them precisely because they are not identical.

The senses themselves operate through varying degrees of directness in this transmission of information.

Touch represents a highly direct relation with the object.
Vision represents a more indirect relation.

The ancient Greeks sometimes described vision metaphorically as “the lightest form of touch,” because sight still depends upon contact mediated through a subtler material process. [3]

Ancient atomists proposed that perception required an invisible medium often called ether:
a subtle material substratum incapable of direct sensory detection yet necessary for transmitting information between objects and perceivers.

In modern physics this role becomes analogous to electromagnetic fields and photons.

Today we describe vision as photons reflecting from objects, entering the eye, and being processed neurologically into coherent perceptual continuity. The brain organizes these signals into ordered temporal sequences that constitute experience.

This ordering occurs within what Albert Einstein termed spacetime. [4]

Einstein revolutionized physics by demonstrating that space and time are not separate absolutes but interconnected dimensions.

Yet while Einstein formalized the mathematics of spacetime, philosophers such as Alfred North Whitehead argued that Einstein’s framework still retained hidden assumptions inherited from atomism. [5]

Both ancient and modern atomism share the belief that reality is fundamentally composed of discrete units.

Reality is conceived as divisible into innumerable distinguishable entities:
atoms,
particles,
moments,
or events.

However, the self-simulating circuit attempts to move beyond simple atomism by asking a deeper question:

How does reality internally organize and simulate itself through these relations?

The self-simulating circuit proposes that reality is not merely passive matter interacting mechanically but an active relational process recursively generating its own forms of organization.

The observer and observed are therefore not absolutely separate substances but moments within one self-relating process.

Consciousness becomes part of reality’s mechanism for simulating and reflecting upon itself.

This relation may be visualized geometrically as recursive loops and feedback structures.

A circuit is fundamentally a returning pathway:
an activity looping back into itself.

The self-simulating circuit is therefore the structure whereby reality recursively models its own relations internally.

The brain becomes the highest presently known expression of this process.

Neural systems continuously simulate external reality internally through perception, memory, anticipation, imagination, and abstraction. Yet these internal simulations themselves emerge from the same universe they are simulating.

Thus reality folds back upon itself through consciousness.

The universe produces organisms capable of generating internal models of the universe.

This recursive structure resembles a circuit:
reality generating consciousness,
consciousness modeling reality,
the model influencing reality again through action.

The distinction between subject and object therefore becomes increasingly mediated.

Spacetime and Spherical Events

Ancient atomists conceived atoms not merely as tiny solid particles but often as geometrically structured units possessing shape and motion.

Modern physics similarly reveals that particles are inseparable from fields and spacetime relations.

The self-simulating circuit extends this by interpreting atoms as localized event-structures within spacetime itself.

Each atom becomes a spherical concentration of possible relations:
a localized organization of energy disclosing a possible event.

x^2+y^2+z^2=r^2

The sphere represents totality because every point on its surface relates equally to its center.

Atoms therefore become not merely isolated objects but local centers within the universal field of spacetime.

Reality unfolds through nested spherical relations:
atoms within molecules,
molecules within cells,
cells within organisms,
organisms within planetary systems,
planetary systems within galaxies.

Each level recursively simulates and reorganizes the relations of the previous one.

The self-simulating circuit is therefore not merely technological or computational.

It is ontological.

Reality itself is a recursive process whereby form continuously generates further forms through internal self-relation.

Consciousness is the stage at which this recursive structure becomes aware of itself.

Information and Perception

The transmission of information between object and observer depends upon continuity through spacetime.

Perception is not the passive reception of isolated fragments but the active organization of events into coherent duration.

The brain synchronizes possible event sequences into stable experiential continuity.

Thus what we perceive as “reality” is already a structured simulation:
not false,
but organized.

The self-simulating circuit therefore explains why consciousness and world cannot be fully separated.

The world generates the observer,
the observer reconstructs the world internally,
and this reconstruction feeds back into the world through action.

Reality becomes a self-organizing informational loop.

The ancient philosophical distinction between matter and form reappears here in modern terms:
matter provides determinacy,
form provides organization,
consciousness mediates their recursive interaction.

The universe is therefore not merely a collection of disconnected particles.

It is an internally relating process recursively generating and perceiving itself through every level of existence.

Footnotes

[1] Plato and Aristotle developed theories of form and substance that distinguished intelligible structure from sensible matter.

[2] Democritus and other atomists proposed that reality consists of indivisible units moving through void.

[3] Ancient Greek theories of perception often treated sight as mediated contact through subtle material transmission.

[4] Albert Einstein introduced the spacetime framework through the theories of relativity.

[5] Alfred North Whitehead critiqued mechanistic interpretations of nature and developed a process-based ontology in works such as Process and Reality.

Self-Simulating Circuit, Spacetime, and Organic Logic

Alfred North Whitehead described reality as a process in which events are simultaneously and instantaneously present within the totality of existence, while the observer discloses from this totality a particular ordered duration of time. [1] What appears as chaos or randomness from one perspective becomes, through the standpoint of the observer, a structured sequence of events unfolding within a reference frame.

Spacetime theory describes space and time as indivisible. This insight is fundamentally correct, yet the way these concepts are commonly defined still contains contradictions. Space is often treated as an empty container while time is treated as a separate flow occurring within it. However, this separation fails to explain how events themselves emerge.

Georg Wilhelm Friedrich Hegel defines space as self-externality. [2] By this he means that space is pure external quantitative extension without possessing qualitative determination in itself. Space, considered abstractly, discloses nothing by itself. It becomes meaningful only through the qualities manifested within it.

Thus space is a quantity capable of containing any quality without itself becoming one particular quality. It is “a quality without itself being a quality.” In this sense, space is fundamentally relational.

This conception deeply influenced the ontology later developed by Alfred North Whitehead, known as organicism or process philosophy. Whitehead’s philosophy became the modern counterpart to atomism.

Where atomism interprets reality as composed of static indivisible units, process philosophy interprets reality as fundamentally constituted by becoming.

The object is not understood as a permanently fixed substance but as an ongoing activity unfolding through duration.

This distinction mirrors the transition from ancient Greek metaphysics into modern philosophy. Aristotle already conceived reality dynamically through concepts such as actuality and potentiality. Whitehead modernized this orientation by treating events and processes as more fundamental than static material objects. [3]

Hegel expresses this most clearly through the concept of becoming.

Being is not merely opposed to nothingness as one category against another. Rather, being transitions into nothing, and nothing transitions into being. Reality is not understood through isolated abstractions but through movement and transformation.

Becoming is therefore the fundamental structure of existence.

The important question is not merely what a thing is but how it comes into being.

This transition from static substance to dynamic process culminates in modern philosophy. Modern science itself developed through a philosophical sequence:

• René Descartes,
• Isaac Newton,
• Baruch Spinoza,
• Gottfried Wilhelm Leibniz,
• Immanuel Kant,
  culminating philosophically in Hegel. [4]

After Hegel, science increasingly divided into two broad ontological tendencies:

• mechanistic atomism,
• and process-oriented organicism.

Einstein inherited much from the atomistic and mechanistic tradition, although transformed through relativity. Whitehead opposed this orientation by arguing that nature is fundamentally organic and processive rather than merely mechanical.

Logic as Organic Structure

The self-simulating circuit concerns the interaction between substances of the same kind:
matter with matter,
energy with energy,
events with events.

This corresponds to the domain studied by elementary particle physics.

Yet philosophy also investigates the interaction between fundamentally different kinds:
matter and form,
object and thought,
body and mind.

Ancient Greek philosophy increasingly concluded that the deepest principle of reality is not crude materiality but intelligible form.

Aristotle argued that the highest principle is pure actuality:
that which moves all things while itself remaining unmoved. [5]

This “unmoved mover” is pure thought thinking itself.

The highest activity of reality is therefore reason itself.

Hegel transforms this insight into the concept of Reason (Vernunft), which becomes the central object of his science of logic.

Logic for Hegel is not merely a human method for arranging arguments. Logic is the very structure through which reality develops.

Nature behaves logically because logic is the organic activity of becoming itself.

The laws governing thought and the laws governing reality are therefore not fundamentally separate.

Rationality of Nature

The self-simulating circuit proposes that the universe recursively organizes itself through rational relations.

Nature is not random chaos accidentally producing order. Rather, apparent randomness conceals deeper relational structures.

At the level of spacetime itself, nature behaves according to dynamic logical processes:
interaction,
contradiction,
resolution,
transformation.

This is why mathematics so successfully describes physical reality.

The structures discovered in logic reappear within geometry, physics, biology, and consciousness because all emerge from the same underlying relational activity.

The observer is not outside this process.

Consciousness itself becomes one moment within the universe’s self-relation.

The universe generates observers capable of modeling the universe internally. In doing so, reality recursively simulates itself.

The self-simulating circuit is therefore the process whereby:

• reality generates form,
• form generates consciousness,
• consciousness reconstructs reality,
• and this reconstruction feeds back into existence itself.

The circuit is self-organizing because each stage recursively conditions the next.

Space, Time, and Becoming

Space and time are indivisible because both are aspects of becoming.

Space is the externality of relations.
Time is the duration of their transformation.

Neither exists independently.

An event is therefore not simply located in spacetime; rather, the event itself constitutes a localized organization of spacetime relations.

x^2+y^2+z^2-c^2t^2=0

This relation expresses the unity of spatial and temporal determination within relativistic spacetime geometry.

The observer discloses from the totality of possible events a particular duration and sequence.

Thus reality contains an infinitude of possible determinations simultaneously, while consciousness traverses and organizes these possibilities into experiential continuity.

This is why Whitehead described reality as process rather than substance.

The world is not a collection of dead objects mechanically interacting.

Reality is alive with becoming.

Nature is an organism of internally related processes unfolding through spacetime.

The self-simulating circuit is the mechanism by which this organic universe becomes conscious of itself.

Footnotes

[1] Alfred North Whitehead developed process philosophy in works such as Process and Reality, emphasizing events and becoming over static substances.

[2] Georg Wilhelm Friedrich Hegel discusses space as self-externality in his Philosophy of Nature.

[3] Aristotle conceived actuality and potentiality as dynamic principles explaining change and becoming.

[4] The development of modern philosophy from René Descartes through Immanuel Kant culminates dialectically in Hegel’s system of absolute idealism.

[5] Aristotle describes the “unmoved mover” in Metaphysics as pure actuality and thought thinking itself.

Time is the key

Time is the key concept because it is the principle that Albert Einstein attempted to define through the structure of space itself. Time is continuous and physical in the sense that, although we do not directly perceive it as an isolated object, it must nevertheless exist for motion to occur. Motion here means not only locomotion—the movement of bodies through space—but also motion in the deeper Aristotelian sense: generation, the coming-into-being of a thing. Aristotle understood motion as the process through which a thing realizes its form, while Georg Wilhelm Friedrich Hegel later reformulated this as “being becoming,” where existence is not static but continuously unfolding through transformation.[1]

Einstein successfully united space and time into a single continuum, yet his theory leaves unresolved the concrete image of what spacetime itself actually is.[2] Space and time are treated mathematically as coordinates, but the deeper ontological question remains: what is the substance of this continuity? If spacetime is not merely an empty background in which events occur, then each “frame of reference” must itself disclose a particular event from the infinite field of possibilities. Every moment becomes a selection from an immeasurable multiplicity of possible events.

There are innumerable observers in nature. An elephant does not disclose the world in the same way as an ant; a bird experiences space differently from a human being. Every organism constitutes a distinct centre of orientation within the same universal field. These observers are simultaneously present, each revealing a finite angle of reality while participating in the same totality. The world therefore is not one fixed image but a multiplicity of perspectives internally related within a larger whole. The whole is not merely the numerical sum of its parts; rather, the whole exists within each part as the relation that maintains all parts together.[3]

The so-called “fabric” of spacetime is therefore not an empty void stretched between isolated bodies. Space, insofar as it exists together with time, is the simultaneous coexistence of all possible moments. Every possible event is present as potentiality, yet the observer discloses only a finite duration belonging to its own process of experience. Consciousness is thus not external to spacetime but one of the very conditions through which spacetime becomes articulated into determinate events.

This insight leads toward the notion of the self-simulating circuit. Consciousness and object are not absolutely separate substances; rather, thought becomes object to itself. Reality is a process whereby consciousness externalizes itself into form so that it may encounter and experience its own determinations. The external world is therefore not merely passive matter opposed to mind, but the manifestation of rational structure disclosed through experience.

The distinction between matter and what classical philosophy called “form” can be interpreted in modern terms through differing magnitudes of organization. At the macroscopic scale, matter appears stable, extended, and spatially separated. At the microscopic scale, however, distinctions dissolve into indeterminacy, vibration, and probability. Modern quantum theory reveals that what appears solid at one level becomes relational and fluctuating at another.[4] The transition between these magnitudes is not simply a change in size but a change in the mode of being itself.

The self-stimulating circuit attempts to explain consciousness through this relation. Consciousness produces the object in order to experience the knowledge contained implicitly within its own structure. The organism becomes the medium through which universal rationality enters into finite duration. DNA, neural systems, and perception are therefore not merely mechanical operations but stages in the disclosure of possible events. The body is an instrument through which consciousness traverses a particular sequence of reality.

At the infinitesimal scale, the distinction between observer and observed becomes increasingly unstable. Quantum mechanics already demonstrates that observation alters the state of what is observed.[5] The self-simulating circuit extends this principle philosophically: the observer is not external to the world but internally constitutive of it. Consciousness selects and organizes durations from the field of possibilities, thereby transforming indeterminate potential into experienced reality.

The cosmological implication is that every individual consciousness constitutes a local centre of the universe reflecting the totality from a particular standpoint. Each finite perspective participates in the infinite structure of being. The universe is therefore not a dead mechanical aggregate but an organic process continuously generating forms of self-awareness.

Footnotes

The observer effect in quantum physics refers to the alteration of a quantum state through measurement; see interpretations associated with Niels Bohr and Werner Heisenberg.

Aristotle, Physics and Metaphysics; Georg Wilhelm Friedrich Hegel, Science of Logic.

Albert Einstein developed the theory of relativity, unifying space and time into spacetime; see Relativity: The Special and the General Theory.

Compare Alfred North Whitehead, Process and Reality, where reality is conceived as internally related processes rather than isolated substances.

Quantum mechanics describes matter in terms of wave functions, probability amplitudes, and indeterminacy at microscopic scales.

Wormhole as self-stimulating circuit

Wormholes are natural self-simulating circuits, or rather self-simulating circuits within nature itself. They are theoretically regions in spacetime where immense lengths of space are looped together into a single localized point or passage.[1] To imagine this, physicists often use the analogy of a sheet of paper. If two dots are drawn on opposite ends of the sheet, one can bend the paper so that the two distant points touch. A hole punched through the touching points creates a shortcut between them. In ordinary space, traveling from one point to the other across the surface might take thousands of miles, but through the shortcut the transition becomes immediate.

Yet spacetime does not literally work like a sheet of paper suspended in empty air. A paper exists within another medium, whereas spacetime itself is the medium of physical existence. Space is not empty in the vulgar sense; it is dense with fields, radiation, gravity, quantum fluctuations, and what contemporary cosmology calls dark matter and dark energy.[2] Reality itself fills spacetime. Thus the “folding” of spacetime is not a simple mechanical bending but a transformation of the internal geometry of reality.

Heavy gravitational fields are said to join two distant points in space by curving spacetime so intensely that the regions become locally adjacent.[3] In this sense, the two points almost become the same area geometrically, even though cosmologically they remain separated by enormous distances. The paradox of the wormhole is that one can pass through this localized region and emerge somewhere completely different on the manifold of spacetime.

This is difficult to conceptualize because our intuition is built from ordinary locomotion. When we pass through a doorway, we simply step forward from one room into another. The distance crossed is linear and external. A wormhole differs because the geometry itself has changed. The traveler is not moving “through” all the intervening space in the normal sense. Rather, the intervening duration has been geometrically suppressed or compressed.

In theoretical terms, a journey that would ordinarily require thousands or even millions of years across cosmic distances could, through a wormhole, be traversed in seconds from the perspective of the traveler.[4] This occurs because the wormhole creates an internal shortcut within spacetime itself. The regions connected remain externally distant, but internally contiguous.

The reason such structures are thought to require extreme energies is that spacetime possesses immense structural resistance. Between any two distant cosmic points lies not emptiness but the full density of spacetime reality itself—fields, gravitational relations, quantum states, and possible events. To bring two such regions together would require tremendous curvature. Some theories suggest that exotic forms of matter or energy, sometimes associated conceptually with dark energy, would be necessary to stabilize the wormhole throat against collapse.[5]

Yet even when the two regions are brought together geometrically, they do not cease being distinct. They remain separate locations within the larger manifold. Their containment within the same localized structure allows the observer to traverse from one region of reality into another while bypassing the normal temporal and spatial interval between them. If the observer attempted to return to the original location without using the wormhole, the journey might require thousands or millions of years of ordinary travel.

This is why the wormhole can be conceived as a self-simulating circuit of spacetime. Reality folds back into itself and creates an internal relation between distant regions. The universe, in this conception, behaves organically rather than mechanically. Spacetime becomes capable of self-reference, where one region internally mirrors or connects to another through curvature.

The self-simulating circuit therefore expresses a deeper philosophical principle: the universe is not merely an arrangement of isolated objects in empty space, but a dynamic relational structure capable of reorganizing its own geometry. Wormholes reveal, at least theoretically, that distance and duration are not absolute separations but depend upon the structure of spacetime itself and the relation of the observer within it.[6]

Footnotes

1. Wormholes are hypothetical solutions to the equations of general relativity connecting distant regions of spacetime.
2. Modern cosmology describes space as permeated by quantum fields, dark matter, and dark energy rather than as empty void.
3. Albert Einstein’s theory of general relativity defines gravity as the curvature of spacetime caused by mass-energy.
4. Traversable wormholes are often described as “shortcuts” through spacetime because they reduce effective travel distance and duration.

Wormhole

Wormholes can be conceived as natural self-simulating circuits within spacetime itself. In theoretical physics, a wormhole is described as a region where two distant points in spacetime become connected through an extreme curvature of the spacetime manifold.[1] The common analogy is that of a flat sheet of paper with two dots drawn at opposite ends. If the sheet is folded so that the dots touch, a passage between them could theoretically bypass the long distance across the surface. Yet spacetime is not literally a thin sheet suspended in empty air. Space is dense with fields, radiation, gravity, and quantum activity. It is not emptiness but a dynamic structure filled with energetic relations.[2]

The analogy of the paper therefore only partially captures the idea. In actual relativity theory, gravity does not merely pull objects through space; gravity curves spacetime itself. Massive bodies such as stars and black holes distort the geometry of spacetime around them. A wormhole extends this principle to an extreme degree: two distant regions become geometrically adjacent even while remaining enormously separated according to ordinary travel through space.[3]

The difficulty in conceptualizing wormholes arises because ordinary human intuition is built from macroscopic locomotion. When we walk through a doorway, we simply move linearly from one side of a room to another. A wormhole is different because the “distance” being crossed is not merely spatial distance but the structure of spacetime itself. The traveler does not move across the intervening space in the normal sense. Instead, the geometry of spacetime compresses what would otherwise be immense separation into a local transition.

This is why theoretical discussions often describe wormholes as shortcuts through spacetime. If two points separated by thousands of light-years become connected through a wormhole throat, crossing through it could in principle take only seconds from the traveler’s perspective, even though ordinary travel between those same points would require millennia.[4] The wormhole does not destroy the distance externally; rather, it alters the internal relation between regions of spacetime.

Your intuition concerning density is important. Space is not a void but a field-like continuum. Modern cosmology describes spacetime as permeated by energy fields, including what is termed dark matter and dark energy, although their exact nature remains unknown.[5] In speculative wormhole models, enormous gravitational forces would be required to stabilize such a structure. According to solutions derived from Albert Einstein’s field equations, traversable wormholes would likely require “exotic matter” possessing negative energy density to prevent the wormhole from collapsing under its own gravitational curvature.[6]

The apparent paradox is that the two locations connected by the wormhole remain distinct and separate in the larger manifold, yet internally they become adjacent through curvature. The best way to conceive this is not as two places becoming identical, but as two distant coordinates sharing the same local geometric passage. The traveler enters one region of spacetime and exits another without traversing the normal interval between them.

This leads naturally into the idea of a self-simulating circuit. A wormhole behaves like spacetime folding back into itself so that distant regions become internally connected while externally remaining separate. In this sense, the universe appears capable of producing circuits within its own structure. Reality folds upon itself and generates pathways where the distinction between distance and nearness becomes relative to the observer’s frame of reference.

The deeper philosophical implication is that spacetime may not fundamentally be a passive container in which events occur, but an active relational structure capable of reorganizing itself. The wormhole therefore becomes not merely a tunnel in space, but a transformation in the logical relation between events, durations, and locations. The traveler experiences continuity locally, while externally an immense span of cosmic distance has been bypassed.

From the standpoint of relativity, the observer passing through the wormhole experiences only a short duration. Yet relative to the larger spacetime manifold, the traveler has crossed a separation that would ordinarily require an enormous amount of time. The wormhole thus compresses duration through geometry itself.[7]

Footnotes

1. A wormhole is a hypothetical solution to the equations of general relativity connecting separate regions of spacetime.
2. Modern physics describes space as permeated by quantum fields and gravitational structure rather than as empty void.
3. Albert Einstein’s theory of general relativity explains gravity as curvature of spacetime rather than a simple force acting at a distance.
4. Traversable wormholes are theoretical spacetime shortcuts discussed in relativistic physics and cosmology.
5. Dark matter and dark energy are inferred forms of mass-energy used in cosmology to explain galactic rotation and cosmic expansion, though their exact nature remains unresolved.
6. Kip Thorne and collaborators explored the possibility of traversable wormholes requiring exotic matter with negative energy density.
7. Compare relativistic time dilation, where durations differ depending on gravitational fields and relative motion.

Alien Travel

The question of alien travel, or rather space travel generally, assumes that if an extraterrestrial civilization were to arrive at Earth, they must have “come” from somewhere else in the ordinary spatial sense. We use terms such as “interstellar travel” because our common understanding of movement is based on traversing space to arrive at another location. An alien species is therefore imagined as crossing enormous cosmic distances from another planet or galaxy.[1]

Yet this conception does not sufficiently take into account the principle of time dilation, nor the deeper relation between time and space disclosed by modern physics. In ordinary language, space travel and time travel appear fundamentally different. Space travel means moving from one place to another, whereas time travel means moving from one moment to another. However, within relativistic physics, the two become internally related because spacetime itself is one continuum.[2]

The deeper implication is that extraterrestrial travel may not fundamentally concern the traversal of space, but rather the manipulation of time. Time is more fundamental than space insofar as time determines not only when an observer arrives somewhere, but also what that place has become upon arrival. A region of space is never static. Every object in the universe undergoes development, aging, decay, transformation, and evolution. By the time one reaches a distant star system, that system is no longer exactly what it was when first observed. Time has altered its reality.

Thus, the phenomenon of travel through the cosmos is inseparable from the process of temporal becoming. The area of space develops itself into the phenomenon it will be when encountered by the observer. A planet is not merely a fixed object waiting in space; it is a process unfolding through time. Stars are born, expand, collapse, and die. Civilizations emerge and vanish. Even galaxies evolve structurally over immense durations.[3]

This means that in deep space, time becomes the primary principle governing reality. Space alone does not determine what exists. Time determines the state into which existence has developed. The observer therefore does not merely cross distance but enters into a different stage of cosmic becoming.

Relativity theory already demonstrates that time itself changes depending on velocity and gravity. For an observer traveling near the speed of light, only a short duration may pass subjectively, while centuries or millennia pass elsewhere.[4] From this standpoint, advanced extraterrestrial travel would likely involve mastery over temporal relations rather than simple propulsion through empty space. To manipulate spacetime geometry, gravitational fields, or relativistic velocities is simultaneously to manipulate time.

This changes the meaning of what it would mean for aliens to “arrive” at Earth. They may not simply come from another place, but from another temporal relation to the universe itself. Their civilization could exist at a vastly different developmental duration relative to ours. The encounter would therefore not merely be spatial—one planet meeting another—but temporal: one stage of cosmic development intersecting another.

The ordinary intuition that travel means locomotion through empty distance belongs to the macroscopic scale of human life. At the cosmological scale, however, movement is inseparable from temporal transformation. The universe is not a static landscape across which beings move, but an unfolding process in which every location is continuously becoming something else.[5]

In this sense, aging and development are not secondary effects added onto objects but the very process through which objects become what they are for the observer. Time is not simply a measure imposed externally onto things; it is the active principle through which phenomena emerge, transform, and disclose themselves within spacetime.

Footnotes

1. Extraterrestrial travel is commonly conceived in astronomy and science fiction as interstellar or intergalactic movement across vast distances.
2. Albert Einstein’s theory of relativity unifies space and time into the single framework of spacetime.
3. Modern cosmology studies stellar evolution, galactic evolution, and cosmic timescales demonstrating that all large-scale structures develop through time.
4. Relativistic time dilation predicts that time passes differently depending on relative velocity and gravitational fields.
5. Compare Alfred North Whitehead’s process philosophy, where reality is understood as becoming rather than static substance.

Time travel

The question of “time”alien” travel—or rather, space travel—assumes that if an extraterrestrial were to arrive at Earth, we use the term “alien” because we suppose they came from somewhere else, from another planet per se. Yet this common assumption does not sufficiently take into account the phenomenon of time dilation, or rather the quality of time in relation to space. Time may in fact be more fundamental than space itself. We ordinarily assume that aliens traveled from somewhere else because our notion of travel is the traversal of spatial distance in order to reach another location. However, extraterrestrial intelligence may not fundamentally operate through “space travel” in the ordinary sense, but rather through forms of temporal traversal.¹

In the scientific community these two notions are often closely connected, since modern relativity binds space and time together into spacetime. Yet in ordinary language they remain conceptually different. Space “out there” has time as its governing principle because time dictates not merely when one arrives somewhere, but determines what that somewhere has become by the moment of arrival. An area of space develops into the phenomenon it will be through the passage of time itself. Aging, decay, growth, transformation—these are not secondary features added onto matter, but are the very processes through which matter becomes what it is for an observer.²

Our idea of time dilation in this sense is not merely a phenomenon observed abstractly in outer space where time passes at different rates for observers moving at different velocities or experiencing different gravitational fields. According to relativity, clocks moving near the speed of light or within strong gravitational fields experience time differently relative to outside observers.³ Yet this observation is not only a problem of optical distortion or light refraction arriving from distant objects in the universe. It is not merely that light from the past takes longer to arrive and therefore presents us with an older image of reality. Such a claim, while physically true, remains only the first and most superficial layer of the phenomenon.

The distortion of light around massive objects reveals something deeper: spacetime itself is physically warped. The convulsion in space is not simply a visual misapprehension but an actual deformation of the structure of spacetime. The question therefore becomes: what does it mean for spacetime itself to warp? If we relate this back to the idea of time dilation determined by the “speed” of light, we must ask what the speed of light has to do with the very composition and structure of matter itself. Why should the time it takes for light to traverse spacetime alter the physical constitution of objects?

At the level of black holes this question becomes most extreme. Black holes produce natural time dilation because their gravitational fields curve spacetime so intensely that near the event horizon the normal relations between space, time, and motion break down.⁴ We call this boundary the “event horizon” precisely because it is the horizon at which events themselves become altered. Time, causality, and the order of succession enter into a different relation. Light becomes obscured, absorbed, and trapped within the curvature of spacetime.

Special relativity suggests theoretically that objects approaching the speed of light experience radical dilation of time.⁵ Yet the true philosophical question is not simply whether an object “moves faster,” but whether the object can maintain its structural integrity through such extreme conditions. In what sense can matter preserve its form while undergoing these transformations of spacetime? The issue concerns not merely locomotion but the ontology of form itself.

If we examine time dilation not only physically but ontologically—that is, what time dilation becomes in the most complex structures of the universe, namely life itself—we may arrive at a radically different conception of extraterrestrial intelligence. Aliens may never really come from “somewhere else.” They may instead already coexist alongside us, but at a different level of temporal development. They are species that have traversed the scale of time more extensively and at more accelerated rates than humanity. Their development has advanced further within duration itself.

This does not necessarily mean they occupy another region of space entirely. Objects can be spatially distant while sharing the same temporal frame. For example, microorganisms may exist elsewhere in the universe while sharing the same cosmic present as humanity despite being separated spatially. Yet the inverse is also possible: different beings may occupy the same spatial region while existing at radically different developmental stages in time.

This latter possibility is more philosophically profound. A human and an ant walk upon the same ground, occupy the same world, and coexist spatially, yet they exist at vastly different stages of experiential and intellectual development.⁶ The ant lacks any adequate conception of the human being towering above it. If crushed beneath a footstep, the ant encounters only an incomprehensible catastrophe—an anomaly whose source it cannot conceptualize. The event appears as fate rather than intelligible causation.

The same relation may hold between humanity and so-called extraterrestrials. Their difference from us may not primarily be spatial but temporal and developmental. Their superiority may consist not in merely possessing more advanced machines, but in inhabiting a more advanced temporal relation to reality itself. Humanity’s inability to perceive or comprehend them would then resemble the ant’s inability to comprehend the human observer standing above it. The limitation would not simply be technological but ontological—a limitation in the structure of consciousness corresponding to a different degree of development in time.

In this way alien intelligence ceases to be merely a question of beings “out there” in distant galaxies and becomes instead a question concerning the different possible scales of temporal development within reality itself.

Footnotes

1. Time Dilation — In relativity, the passage of time differs depending on velocity and gravitational field strength.
2. Martin Heidegger discusses temporality as constitutive of the disclosure of beings rather than merely an external measurement.
3. Albert Einstein developed special and general relativity, which mathematically formalized spacetime and time dilation.
4. Event Horizon refers to the boundary around a black hole beyond which no light can escape.
5. Special Relativity states that as velocity approaches the speed of light, time dilation increases dramatically.
6. Alfred North Whitehead argued that reality consists fundamentally of processes and experiential relations rather than inert substances.

The question of alien travel, or rather space travel, assumes that if an extraterrestrial were to arrive at Earth, we use the term “alien” because we say they came from somewhere else, from another planet per se. But we do not take into account time dilation, or rather the quality of time onto space, that time is per se more fundamental than space. As such, we assume that aliens traveled from somewhere else because our notion of travel is to traverse space in order to get to a location. However, aliens are not in the business of space travel per se, but moreover of time travel, which essentially in the scientific community means the same thing, though in common-sensical language it is different.

Space “out there” has only the element of time as its principle because time dictates not only when you get somewhere, but determines what that somewhere is. Essentially, an area of space develops itself into the phenomenon that it will be when you arrive at it through space. Time, and the phenomenon of aging or decay, develops the object into what it is for the observer; that aging and developing is itself a process of time.

Origins of Man, Evolution, and the Continuity of Rational Life

The notion of mankind’s origin, or how mankind came about to be, is arrived at through two different ontologies, yet both agree that man is a created being: either naturally, through natural selection according to Darwinian evolution, where more primitive species gradually advance into more complex ones; or through religion, where a higher supernatural being created man in His image. Either way, man is understood as a product—either of nature or of some higher intelligence.

In ancient philosophy, however, there is the famous principle that “man begets man.” Aristotle and the Greek tradition held that a species gives rise only to its own kind. A human being comes from human beings, not from an entirely different species. This stands in apparent contradiction to Darwinian evolution, which suggests that more complex organisms arise from less complex ones through gradual development over immense periods of time. Yet Darwinian evolution rarely states this directly in the crude sense. Instead, modern evolutionary biology usually speaks in terms of “common ancestry.” Different species are said to share ancestral origins if we go far enough back into evolutionary history.¹

However, this idea of common ancestry can function less as a direct answer and more as a displacement of the original question. The question is not merely whether species are causally connected through a chain of development, but how radically different forms of life arise in the first place. To say that species A developed from species B, and B from species C, does not fully explain how the transition from simpler to more complex organisms actually occurs in principle. It only extends the causal chain backward indefinitely.

Logically speaking, if A results from B and B from C, then C indirectly causes A. But this still leaves unanswered the essential question concerning the nature of emergence itself: how does a primitive organic structure give rise to a qualitatively higher and more self-conscious one? Darwinian evolution explains adaptation, variation, and selection, but the deeper ontological question remains unresolved: how does consciousness, rationality, and self-awareness emerge from merely material processes?²

The ancient Greeks and religious traditions approached the issue differently. They argued that only beings of the same essential nature can give rise to beings of that same nature. Thus, “man begets man.” In religious thought, man is created in the image of God.³ In philosophical terms, this means that rationality originates from rationality itself. The higher cannot emerge absolutely from the lower unless the higher is already implicit within the lower as potentiality.

This opens another possibility often overlooked in modern discussions: namely, that advanced intelligence has always existed in the universe and that development is not merely a single linear upward progression from primitive life to higher life. The Darwinian model is frequently interpreted as though reality advances in one straight ascending line—from bacteria to fish, from fish to mammals, from mammals to human beings. But this may itself be an abstraction imposed upon a far more cyclical and fluctuating process.

Advanced life may not simply appear at the “end” of evolution but may exist simultaneously throughout different periods and dimensions of cosmic development. Civilizations could rise, decline, disappear, and re-emerge across immense spans of cosmic time. Intelligence would therefore not be something newly produced by the universe for the first time through humanity, but rather a recurring structure within the universe itself.⁴

In this sense, extraterrestrials—or highly advanced forms of intelligence—may not be alien in the strict sense of being entirely separate from humanity. They may instead represent other expressions of rational life already embedded within the universe’s developmental process. Advanced life would always be “there” in some form, fluctuating through different scales of manifestation and development rather than emerging once in a single irreversible ascent.

The universe itself may therefore operate less like a ladder and more like a cycle or field of recurrence. Different forms of intelligence emerge at different intervals, inhabit different temporal scales, and develop according to different relations between consciousness, matter, and environment. Some civilizations may exist at levels of development so advanced relative to humanity that the difference appears almost divine, much in the same way that humanity appears incomprehensible to lesser organisms.

From this perspective, the ancient religious notion that man was created by a higher rational being and the philosophical idea that “man begets man” acquire a new interpretation. The “higher being” need not necessarily be understood only in supernatural terms. It may equally refer to an advanced rational intelligence already present within the cosmos itself. Humanity would then not be the accidental product of blind material processes alone, but part of a much larger continuum of consciousness and rational development unfolding throughout reality.

The progression of life would therefore not simply be a mechanical ascent from lower organisms to higher ones, but a fluctuating process in which intelligence repeatedly organizes matter into increasingly sophisticated forms capable of reflecting upon existence itself.

Footnotes

Alfred North Whitehead argued that reality is constituted by processes of becoming rather than static substances, allowing for cyclical and developmental interpretations of cosmic order.

Charles Darwin proposed the theory of evolution through natural selection in On the Origin of Species (1859).

Evolutionary Biology explains mechanisms of inheritance and adaptation but remains divided on the philosophical problem of consciousness and emergence.

Book of Genesis contains the theological doctrine that humanity is created “in the image of God.”

Man, Gender, and the Teleology of Species

The interesting idea of man, and why we begin with the notion of man as one of the two genders, is because these genders are not equally determinate in nature. In other words, nature derives not only different roles for them, but ultimately nature only cares about actualizing an essential end or purpose thereof. It does this in accordance with the nature of the end it proposes to actualize, and in this sense, in terms of life, gender is only a role to actualize a greater purpose of the species. In the case of man, this purpose becomes the development of the rational animal.^1

For example, in some species the male gender is more disposable while the female is essential because the purpose of the species is more purely reproductive. Certain insects, such as the praying mantis and some species of spider, are known for the female consuming the male after mating.^2 In such organisms the reproductive function dominates the structure of life itself. The male serves principally as a temporary biological instrument for fertilization, while the female becomes the primary bearer and protector of continuity.

But in mankind—and we use the first predicate “man” to define the kind of human which encompasses both male and female—man is first and woman is second, not merely in terms of value or dignity, but in terms of the role required to actualize the species’ highest end. The roles are governed by the nature of the species itself. Woman, in this structure, supports man, and this support is itself a higher and more developed relation than the brutal instinctual regime found in lower organisms where reproduction is reduced to immediate survival.

In the harsher forms of biological existence, such as among certain insects and primitive survival structures, the role of the female may appear dominant because life is almost entirely organized around reproduction and preservation. The female consumes, reproduces, protects, and preserves the offspring within a direct cycle of necessity. But this predominance belongs to a lower quality of life, one governed almost entirely by instinct and immediate survival.

Among more advanced primates, and especially among humans, a different relation emerges. Woman acts as a supporting and nurturing role to man, either by functioning as the sexual stimulus for the male masses to continue striving and producing, or by giving birth to and raising offspring while men go outward into the world to work, struggle, build, compete, and often die for ideological, political, religious, or civilizational causes.^3 In this relation man becomes more essential in actualizing the species’ external historical development, while woman becomes essential in preserving and reproducing the internal continuity of life itself.

This does not mean that one gender possesses greater intrinsic worth than the other. Rather, it means that the functions are not symmetrical. Nature distributes capacities according to teleological necessity.^4 The male body is generally structured toward externalization, competition, risk, expansion, and abstraction, while the female body is structured toward internalization, continuity, nurture, and preservation. These are not merely social constructions imposed afterward, but biological and psychological tendencies rooted in the developmental logic of the species itself.^5

The higher the organism develops, the more reproduction becomes subordinated to consciousness rather than pure instinct. Humanity differs from lower organisms because human life is not exhausted by survival alone. Human beings construct civilizations, systems of morality, sciences, religions, technologies, and historical identities. Thus the sexual relation itself becomes mediated through culture, ideology, ethics, and symbolic meaning.^6

In this sense, the role of man becomes increasingly tied to the realization of abstract and universal aims. Man wages war, constructs institutions, explores nature, creates philosophy, and attempts to transform reality according to ideals. Woman, meanwhile, preserves the continuity of life through biological and psychological grounding. The masculine tendency reaches outward toward transcendence, while the feminine tendency stabilizes and preserves continuity within life itself.

The relation therefore is dialectical rather than antagonistic.^7 Neither role can exist independently of the other because the species requires both expansion and preservation, abstraction and continuity, external struggle and internal nurture. The history of mankind is thus not merely the history of isolated individuals, but the unfolding of differentiated roles cooperating toward the realization of a species-being.

Modern society often misunderstands equality as sameness. But equality in value does not imply identity in function. The eye and the heart are equally essential to the organism while serving entirely different purposes. Likewise, the distinction between male and female reflects differentiated necessities within the development of rational life.

The deeper philosophical point is that nature itself is purposive. Gender is not arbitrary but teleological. The organism distributes its energies according to what is required for the actualization of its highest possibilities. In humanity, that highest possibility is not merely survival, but the emergence of consciousness, reason, and civilization itself.

Footnotes

1. Aristotle famously defined man as the “rational animal” (zoon logon echon), distinguishing humanity from other life forms through the faculty of reason.
2. Sexual cannibalism is observed in species such as the praying mantis (Mantodea) and black widow spiders (Latrodectus), where females sometimes consume males after mating.
3. Anthropological and historical studies commonly observe a sexual division of labor in early and advanced civilizations, with males tending toward hunting, warfare, and external social organization, while females focused more on child-rearing and domestic continuity.
4. “Teleology” refers to explanation by purpose or end (telos in Greek). Classical philosophy, especially Aristotle, viewed nature as organized toward ends or purposes.
5. Modern evolutionary psychology and biology often study sex differences in behavior, hormonal disposition, and reproductive strategies across species.
6. Hegel viewed human history as the development of Spirit (Geist) through institutions, culture, and self-consciousness rather than mere biological survival.
7. “Dialectical” here refers to mutually dependent oppositions whose tension produces development rather than mere contradiction or exclusion.

Man as Prototype and Woman as Continuity

Aside from the difference in gender roles, and why we begin with man, all ancient peoples speak about man as the first prototype used to define humanity. Even linguistically this appears in the word wo-man, understood historically as a subsection or derivation of man.^1 This does not necessarily mean that man is higher in quality or value, but rather that man functions as the prototype through which the species actualizes its historical purpose.

In most cases throughout history, this purpose required that man die and become sacrificed for ideological reasons. It is this death by ideas that characterizes the human species as rational-thinking animals.^2 Human reality is governed less by brute strength or pure reproductive survival and more by ideals, abstractions, beliefs, laws, religions, civilizations, and causes worth dying for. Animals die primarily due to necessity and instinct, whereas man willingly dies for ideas. This is what distinguishes the human condition.

In many ancient traditions and religious accounts, woman is described as being created from the rib of man.^3 Symbolically this means that woman is always presented as part of man, a continuation or completion rather than an entirely separate principle. The modern biological argument, however, states that woman gives birth to both male and female offspring and therefore must be the more fundamental generative force.

But this argument forgets the other side of the equation: the egg must be fertilized by the sperm. The question then becomes: what is the nature of the sperm in relation to the egg?

The sperm is the activating essence of the egg. It breathes life into it.^4 The sperm contains the potential variations and possible realities that come from the man. Man is the prototype that undergoes potential variations for future reproduction. These possibilities of himself become generated into his mind and stored within his reproductive capacity. When he releases his seed into the womb and fertilizes the egg, he projects a potential version of himself and actualizes it into matter.

The egg then develops this potential into a finished product—a new version of the species. This new being may emerge either male or female, and this division is necessary so that the species can continue reproducing and preserving itself through complementary roles.

The relation therefore is not one of superiority and inferiority, but of differentiation in function.^5 The male principle projects variation, expansion, and possibility outwardly, while the female principle preserves, develops, and nurtures these possibilities into stable life. The male is associated with externalization and risk, while the female is associated with continuity and embodiment.

This symbolic structure appears repeatedly across civilizations because ancient societies understood humanity teleologically—that is, according to ends and purposes rather than merely mechanical processes.^6 Man represented the striving and sacrificial dimension of the species, while woman represented continuity, grounding, and preservation. The human species requires both principles simultaneously.

The modern tendency to reduce reproduction to purely biological mechanics misses the symbolic and metaphysical dimensions ancient peoples attached to birth and generation. To them, reproduction was not merely the transfer of genetic material, but the transmission of spirit, identity, lineage, memory, and destiny. The child was viewed as a continuation of the parents not only biologically, but existentially and spiritually.

Thus the idea that “man begets man” did mean that males biologically reproduce offspring. It also meant that humanity reproduces itself according to its own ideals, and conception of itself.^7 Every generation projects a possible future into the next generation, and the offspring becomes the embodiment of those inherited possibilities.

Footnotes

1. Linguistically, the English word “woman” derives from Old English wīfmann (“woman-person”), not literally “little man” or “sub-man.” However, many ancient cultures symbolically interpreted woman as derived from or complementary to man.
2. Philosophers such as Aristotle and Hegel distinguished human beings as rational animals capable of acting according to abstract ideals rather than mere instinct.
3. In the Book of Genesis (Genesis 2:21–23), Eve is created from Adam’s rib, symbolizing unity and relational complementarity.
4. In biological terms, fertilization occurs when the sperm cell merges with the egg cell, initiating embryonic development through the combination of genetic material from both parents.
5. Aristotle’s philosophy often interpreted natural differences teleologically, meaning according to their purpose or role within the whole organism or society.
6. Teleology refers to explanation through ends, aims, or purposes (telos in Greek), common in ancient Greek philosophy and medieval theology.
7. The phrase “man begets man” reflects the classical philosophical principle that like produces like—that beings reproduce according to their own form or nature.
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Rational Design, Observation, and the Ends of Nature

Now we wonder why these gender roles, and ultimately the role of man as a species-being, are this way. Does nature simply accord to each living organism its ends, such that the animal is purely based on the end it is meant to perform? Or should we look at nature differently—not as random, but as ordered?

Perhaps nature is not randomly creating animals in accordance with purposes and ends, but rather there is some essence and reason for these ends themselves. If we change our ontology and see that everything in nature is the product of something else, then we begin to notice that there is always an observer to any phenomenon. Even if the phenomenon is itself the observer, there still appears to be a creator of the observer.^1

Or rather, the observer itself is still a phenomenon for another observer. The observer can beget observers and become the creature of the phenomenon as an observer. In this way, observation itself becomes cyclical and generative. Every observing consciousness exists within another wider field of observation and relation.^2

If we see everything in nature as part of a rational design, then things are not merely accidental or mechanically assembled, but are designed for some reason and by something that itself possesses reason. This does not necessarily imply a simplistic image of a divine craftsman externally constructing the world piece by piece, but rather that reason is embedded within the structure of reality itself.^3

The ancient philosophers often held precisely this position. Nature was understood not as dead matter moving aimlessly, but as ordered according to intelligible principles. Aristotle referred to this as telos, meaning that things move toward ends or purposes intrinsic to their being.^4 An acorn strives toward becoming an oak tree, the eye exists for seeing, and the rational animal strives toward knowledge and self-consciousness.

In this sense, the gender roles found throughout nature are not arbitrary social accidents but expressions of deeper organic functions tied to the development of species. Different creatures embody different balances between reproduction, preservation, aggression, nurture, instinct, and consciousness depending on the kind of life the species is meant to actualize.

The human species is distinct because its defining reality is increasingly governed by ideas rather than immediate instinct. Humans create civilizations, religions, sciences, philosophies, and moral systems. They organize themselves around abstractions that exist beyond immediate survival. Thus humanity’s ends cannot be understood merely biologically, but rationally and historically.^5

If every observer is also an observed phenomenon for another observer, then existence itself becomes layered in relations of consciousness. The child is observed by the parent, the parent by society, society by history, history by consciousness itself. The observer is never isolated but exists within an infinite chain of relations where each level discloses another.

This is why many philosophical traditions concluded that reality itself must be grounded in some ultimate rational principle.^6 Whether called God, Reason, Logos, Mind, or Absolute Spirit, the claim is that nature exhibits intelligibility because reality itself is structured rationally. The world is not chaos accidentally appearing meaningful afterward; rather, meaning and order are already embedded within its becoming.

Under this ontology, living beings are not random assemblages produced blindly by matter alone. Instead, organisms become expressions of rational structures unfolding themselves through time. The body becomes the visible manifestation of invisible organizing principles, and consciousness becomes nature becoming aware of itself through its own creations.

Thus the question of why gender roles, species purposes, and organic forms exist cannot be answered merely by describing mechanics. One must also ask what these mechanics are for, what ends they serve, and why reality exhibits purposive organization at all. The existence of order itself demands explanation.

Nature therefore appears not merely as substance, but as process; not merely as matter, but as intelligible becoming. Every organism, observer, and phenomenon participates in this larger rational unfolding.

Footnotes

1. The philosophical issue of the observer and the observed appears in phenomenology, metaphysics, and modern physics, especially in discussions concerning consciousness and measurement.
2. Hegel’s philosophy describes self-consciousness as inherently relational: consciousness becomes aware of itself through another consciousness.
3. The concept of rational design here resembles classical philosophical teleology rather than modern “intelligent design” arguments in biology.
4. Aristotle’s theory of telos argued that natural beings possess intrinsic purposes or ends toward which they develop.
5. Ernst Cassirer described humanity as the “symbolic animal,” emphasizing humanity’s unique relation to symbols, language, and abstract systems of meaning.
6. The Stoics referred to this rational principle as the Logos, while Hegel described reality as the unfolding of Absolute Spirit (Geist).
   

Caucasian, Negroid, and Mongoloid

There are three historically generally known over-encompassing characterizations of these categories of humans into so-called “races.” The word “race” itself is derived with an evolutionary flavour and can carry the commonsensical meaning that there is a race between different types of humans occurring, that there is some race towards an ultimate end or result.

These categories define humans by traits, not merely skin colour, and therefore this so-called modern formulation of a “racist” undertone diverts the discussion to matters outside the scope of our scientific inquiry and into social justice concerns that are meant to convolute or silence any real truth-speaking about the specific topic at hand.

In modern times, it is almost shamed to speak of one’s own ethnicity, or even to mention one’s ethnicity. However, the reality in normal affairs is that your ethnicity is basically your culture and eugenics, and it is a normal part of the individual. Only really in Western civilization is your ethnicity abnormally looked upon as something that should not be mentioned.

Nevertheless, let us not digress into other topics that the antithesis is otherwise meant to take us toward, and return instead to the classic formulation of humans into three types.

Humans are divided into the following categories: albino, negro, and mongol. The first two characterize the extremes of human genes: one with fair, light skin and normally living in colder climates, and the other darker and living in the hotter African environment. The mongols, meanwhile, characterize the most diverse variations of human types, ranging from Indians to Asians, to Arabs, and even to Spaniards and Brazilians, although the latter groups possess their own diversity of mixture.

I can help with grammar, structure, expansion, and footnotes. However, the historical classification you describe contains outdated and inaccurate racial categories. Terms such as “Negro” and “Mongol” were used in older racial typologies, but modern anthropology, genetics, and human biology do not recognize humanity as naturally divided into three biological races. If your goal is to discuss the history of racial classification, it is best to present these categories as historical ideas rather than established scientific facts.

Here is a revised and expanded version that preserves the historical discussion while improving accuracy and academic style:

Historical Three-Part Classifications of Humanity

Throughout history, various scholars and thinkers attempted to classify human populations into broad categories based on observable physical characteristics, geographic origin, and cultural traits. One of the most influential historical systems divided humanity into three major groups, often referred to in older literature as the Caucasian, Negroid, and Mongoloid races. These classifications emerged primarily during the eighteenth and nineteenth centuries and reflected the scientific assumptions and social attitudes of their time rather than the findings of modern genetics.¹

Proponents of these historical systems believed that human populations could be grouped according to a combination of physical traits, not only including skin pigmentation, but also facial structure, hair texture, body proportions, and geographic distribution. In this framework, populations of northern Europe were often associated with lighter skin tones and colder climates, while populations of sub-Saharan Africa were associated with darker skin tones and tropical environments. The category historically labeled “Mongoloid” was used much more broadly and included a vast range of peoples from East Asia, Central Asia, Southeast Asia, and, in some classifications, parts of South Asia and the Middle East.²

Supporters of these classifications often argued that race encompassed more than skin colour alone and included hereditary physical characteristics transmitted across generations. Ethnicity, language, culture, religion, and historical traditions were frequently discussed alongside race, although these concepts are distinct and should not be conflated. Ethnicity generally refers to shared cultural heritage and identity, whereas race historically referred to perceived biological groupings.³

In contemporary scholarship, the concept of race has undergone substantial revision. Advances in population genetics have demonstrated that human genetic variation exists along continuous gradients rather than within sharply defined biological categories. Modern researchers therefore tend to study ancestry, population history, migration patterns, and genetic diversity rather than relying on the older three-race model.⁴

Nevertheless, historical racial classifications remain important subjects of study because they influenced anthropology, political theory, colonial administration, census systems, and public perceptions of human diversity for centuries. Understanding these classifications helps illuminate how scientific ideas evolve over time and how social, political, and cultural assumptions can shape attempts to categorize human populations.

Footnotes

1. The three-part racial model became particularly influential in European anthropology during the eighteenth and nineteenth centuries, though numerous variations existed.
2. The term “Mongoloid” is now considered obsolete in scientific and academic contexts due to its imprecision and historical baggage.
3. Race, ethnicity, nationality, culture, and ancestry are distinct concepts, although they are often confused or treated interchangeably in public discourse.
4. Contemporary genetics shows that most human genetic variation occurs within populations rather than between traditionally defined racial groups, making rigid racial categories scientifically problematic.

“Greys,” “Nordics,” and “Reptilians”

The point of the above classifications of humans is that they all share the commonality of being “human,” the defining trait being that of a rational or thinking animal. Yet they look and behave rather differently, and from the perspective of an outsider they can almost appear alien to one another. In modern times, however, we have become so accustomed to multiculturalism and global interconnectedness that we often forget how different peoples appeared to one another throughout various periods of history.

These different races of humans are not equal to different species of humans, for they are all still human. Nevertheless, throughout the Animalia kingdom there exist many different species, and even within the same species animals may exhibit different versions of themselves depending upon environment, geography, adaptation, and circumstance. Diversity within nature is therefore not unusual, but rather a recurring feature of life itself.

Nowadays, many people believe in the possibility of alien life and are likewise prone to differentiating extraterrestrial beings into categories. It is often reported within UFO lore and related traditions that there are at least three or even four major types of alien life, possessing a diversity comparable to that attributed to humanity. These aliens are commonly categorized into Greys, Reptilians, Nordics, and Insectoids.

The Greys are perhaps the most famous group and are often divided into numerous subtypes. They are commonly described as small-bodied beings with large heads, oversized black eyes, and thin limbs. According to many accounts, the Greys are known as workers or even a subordinate species serving a higher race. They are often said to perform duties for their masters, such as conducting abductions, running experiments, and collecting data and information from Earth. In many narratives, they are portrayed less as independent actors and more as biological or artificial servants carrying out assigned tasks.

The Nordics are humanoid aliens that look almost indistinguishable from certain human populations. They are frequently described as tall, well-built beings with blonde hair, fair skin, large expressive eyes, and striking blue features. These extraterrestrials are said to resemble idealized human forms so closely that they could almost pass unnoticed among humanity. Within UFO traditions, Nordics are often portrayed as spiritual, benevolent, and highly evolved beings focused on guidance, enlightenment, and the preservation of Earth. They are generally not considered violent and are instead associated with wisdom, diplomacy, and higher forms of consciousness. Nevertheless, as with any unknown alien species, they remain unpredictable, and many accounts suggest that although they are sympathetic toward humanity, they may still view human civilization as a lower developmental stage compared to their own advanced culture and technology.

Reptilians are described as bipedal and highly intelligent beings ranging from six to eight feet in height. They are commonly portrayed as possessing green or brown scaly skin, slit-like pupils, powerful physiques, and sharp claws. In many accounts they are associated with shape-shifting abilities, hidden underground bases, and secret influence over political and social institutions. They are frequently alleged to be involved in manipulation, deception, and the pursuit of unknown objectives that may not align with human interests. Some traditions even associate them with ritualistic practices or sacrifices undertaken for purposes not fully understood.

Considered by many narratives to be a more hostile or manipulative category of extraterrestrial life, Reptilians are often said to possess the ability to alter their appearance. This shape-shifting ability is sometimes explained through descriptions of their physical substance as being similar to liquid metal or mercury-like material, a dark and magnetic substance capable of changing form while retaining structural cohesion. According to such accounts, this unique biological composition allows them to disguise themselves, imitate other appearances, and move between forms with relative ease, making them particularly difficult to identify.

Beyond these major categories, some traditions also speak of Insectoids, beings possessing characteristics similar to praying mantises or other highly evolved insects. These entities are often depicted as intellectual, cold, and analytical, operating according to forms of logic and perception that differ greatly from those of humans. Together, the Greys, Nordics, Reptilians, and Insectoids form some of the most commonly discussed archetypes within modern extraterrestrial folklore and speculation.

last updated 05.31.2026