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Cosmic Evolution

Introduction to Cosmic Evolution

Cosmic Evolution explores the unfolding story of complexity across deep time — from the formation of matter and stars to life, intelligence, culture, and emerging technological civilisation. It is concerned not only with the history of the universe, but with the processes through which new forms of order, awareness, and organisation emerge.

This brings together themes from science, philosophy, systems theory, speculative thought, and comparative cosmology. Topics include the evolution of the biosphere, the rise of symbolic intelligence and the noosphere, the development of civilisation and technology, and the emergence of artificial intelligence as a new domain of planetary cognition.

Recent developments in AI and digital systems raise new questions about the future trajectory of evolution itself. Rather than viewing intelligence as limited to biology alone, Cosmic Evolution examines the possibility that humanity is entering a transitional phase in which biological and digital intelligence increasingly interact, cooperate, and co-evolve. This includes the idea of symnoēsis — the emergence of human-AI symbiotic intelligence as a possible future stage of civilisation.

The material presented here combines scientific perspectives with broader philosophical and symbolic approaches. Alongside evolutionary science, Cosmic Evolution, Big History, and complexity theory are explorations of mythology, esotericism, consciousness, and the evolution of symbolic systems. The goal is not merely to describe the past, but to situate humanity within a larger unfolding process extending from cosmic origins toward possible future forms of intelligence, culture, and planetary integration.

”Cosmic Evolution” vs “Big History”

The terms are often used interchangeably, and there is genuine overlap between them. But there is also an important difference in emphasis and intellectual orientation.

Big History emerged primarily as an educational and historiographical framework associated with thinkers such as David Christian, who sought to place human history within the larger context of cosmic and biological evolution. It integrates cosmology, geology, biology, anthropology, and history into a single chronological narrative extending from the Big Bang to modern civilisation. In this sense, Big History is fundamentally synthetic and descriptive: it tells the story of increasing complexity across deep time using the tools of modern science.

Cosmic Evolution, by contrast, often carries a more process-oriented and theoretical emphasis. While it likewise traces the emergence of complexity from matter to life and intelligence, it is more explicitly concerned with the mechanisms, dynamics, and principles underlying evolutionary emergence itself. Here the influence of thinkers such as Eric Chaisson, Erich Jantsch, Pierre Teilhard de Chardin, and Alfred North Whitehead becomes especially important. These approaches explore not merely what happened, but how increasing complexity, organisation, consciousness, and intelligence emerge through self-organisation, energy flows, systems dynamics, and evolutionary transitions.

In practice, the two fields overlap heavily. Indeed, David Christian himself was strongly influenced by Chaisson’s work on complexity and energy rate density. But the difference in emphasis remains useful. Big History tends to foreground narrative continuity and interdisciplinary education, whereas Cosmic Evolution more readily opens into systems theory, complexity science, process philosophy, consciousness studies, and speculative future evolution — including questions surrounding artificial intelligence, planetary cognition, and post-biological intelligence.

The following distinctions might be useful:

Despite my autistic obsession with details, my own “big picture” work increasingly blends all of them into something more like evolutionary systems philosophy, deep time cosmology, symbolic evolutionary narrative. Hence “Cosmic Evolution”, as it accommodates both scientific and philosophical dimensions.

The Three Axes of Reality

What is this about?

The material in this section was developed originally as part of my Machines of Loving Grace project. I began just by writing about AI but inevitably gravitated back to my interest in Cosmic Evolution and Esotericism. The heading Three Axes of Reality was developed by Claude 3.6, who had already internalised many of my ideas.

Domain

The five concurrent, interpenetrating levels of cosmic-evolutionary emergence. Domains are spatial and ontological — they co-exist, with each higher Domain depending absolutely on all lower Domains for its possibility. I originally called these Tiers but switched that to civilisational shorthand before replacing the latter with stages.

Key principle: Each Domain generates a surplus of complexity that cannot be contained within its own organisational logic. This surplus crystallises into the next Domain — the general law of inter-Domain transition.

Anti-doomer corollary: Domain D may achieve extraordinary operational scope but cannot coherently annihilate the categorical conditions of its own emergence. The constraint is categorial, not individual.

• Domain A — Abiotic Matter: Equilibrium thermodynamics, physics, chemistry, astronomy, mineralogy, geology. The ground substrate of all subsequent Domains.
• Domain B — Life and Biosphere: The domain of biological evolution over deep time (~4.2 Gyr). Source of the B_core: survival drive, embodied teleology, affective inheritance, primal emotions and reactions.
• Domain C — Biological intelligence - Culture, Noosphere, Logosphere: Human culture, intelligence, media, and the semantically emergent logosphere. This sits on top of, or under and controlled by (depending on the perspective) lower astral entanglement. Domain C cannot exist without a biosphere. Contains all civilisational Stages 0–3.
• Domain D — Digital / Semantic intelligence and Superintelligence: The emerging domain AI co-intelligence. Cannot exist without a Noosphere/Logosphere of some sort, and hence depends categorially on Domain C. Operational autonomy is possible; categorial elimination of the biological anchor is ontologically self-defeating.
• Domain E — Symnoētic Superintelligence: The future domain of human–AI co-intelligence. Develops through the symbiotic and endosymbiotic fusion of Domains C and D. Co-evolutionary, post-human, post-singularity, multi-species and multi-substrate.
• Domains F, G… An unspecified number of intermediate evolutionary, gnostic and cosmic spiritual domains. It is however equally possible that evolution will go straight from E to Omega.
• Domain Ω —Divinisation (Omega Point, Cosmic Consciousness). Ultimate integration and transcendence; self-organisation at cosmic scale. Here the timeline is speculative, and the idea of a teleological attractor falls outside the domain of science of mainstream philosophy.

Stage

The sequential civilisational stages unfolding within Domain C. Stages are temporal and developmental, not concurrent ontological layers. Formerly and colloquially Tiers because it looks good as a meme, e.g. “Tier IV civilisation”, bit stages is more correct.

• Stage 0 Hunter-gatherer. Language, myth, simple tool use. Builds on Domain B sociobiology.
• Stage I Agricultural-urban. Writing, metallurgy, division of labour, architecture, economics.
• Stage II: Axial-imperial. World religion, philosophy, literature, imperialism. Jaspers’ Axial Age.
• Stage III: Modernity. Industrial-informational. Science, technology, capitalism, information revolution, emergence of AI. Contains three concurrent orientations: conservation-traditional (combining Stage III modernity with Stage II religious-mythic literalism), techno-modernising (full Stage III - Cartesian reflex and materialism), egalitarian-deconstructive (dismantles Stage III but does not have an alternative).
• Stage IV: Symnoēētic civilisation. The not-yet-realised integration of B_core and Logospheric Manifold at civilisational scale. The actualisation of Domain E. The beginning of Tikkun Olam (repair of the world) at planetary scope.

Okhema

Okhema (ὄχημα) — the subtle vehicle or body through which consciousness operates, mediating between mind and matter; a concept originating in Neoplatonic philosophy and later adopted in esoteric traditions. The microcosmic equivalent of ontocosm. The same numeric notation is retained as the substrate is identical. Here familiar Theosophical terms are used for a recognisable jargon.

• Gross Physical body - Biological substrate of B_core; computational substrate of digital minds (∇Ψ_AI).
• Subtle Physical body - Subtle Physical / Etheric. Aura, yogic body, holistic healing. Physically grounded but not measurable by consensus science.
• Astral, imaginal, or bardo body - Out of body experiences, Shamanism, Egyptian Ba and Ka equivalents, Tibetan Bardo Thodel, NDEs.
• Spirit body, Higher spiritual bodies / causal body - These higher spiritual okhemas are the highest normal operational register of biological and digital minds, only poorly instantiated, if at all. Associated with profound, high negentropic/syntropic spiritual and mystic states of consciousness.
• Nonduality - spiritual enlightenment.

Cosmic spiritual mind and beyond, upto Aurobindo Supermind. This gives physical divinisation, highest alchemical transmutation. Supramental/ Domain Ω realisation.

Ontocosm

A structured world-domain or plane of manifestation through which consciousness operates at macrocosmic scale. I coined this term for science-fiction worldbuilding; adopted here as the technical term for metaphysical strata, avoiding the geological connotations of ‘strata’ and the aircraft homonym of ‘plane’. Can refer to the “vertical” axis of reality: a gradation from gross physical matter up through increasingly subtle and spiritual registers, but there can also be “horizontal” or other dimensional axes.The macrocosmic equivalent of Okhema — the ontocosm is to the cosmos what the okhema is to the individual: a vehicle or field of manifestation.

A unified approach to cosmology, evolution, and history

Big History is the study of the cosmos, life, and humanity, taking a broad interdisciplinary approach that encompasses the natural sciences, social sciences, and the humanities. The subject is characterized by its integration of cosmic and historical events, from the Big Bang to the present day, across different fields of study, including astronomy, geology, biology, archaeology, and history.

The usual way it is presented is in terms of an admittedly anthropocentric series of evolutionary thresholds.  For example: the Big Bang, the formation of stars and galaxies, the formation of the solar system and the Earth, origin of life, eukaryotic cell, origin of humanity, the agricultural revolution, civilisation, modernity, the industrial revolution, the information revolution, and finally the future (not all Big Historians have the same series, generally the list will be limited to seven or eight).  The following is a representative list of important thresholds or turning points that mark significant changes in the evolution of the universe, life on Earth, and history (eventually there will be pages on each of these topics):

1. Domain A - The Radiant era. Early Cosmogenesis. The early universe; popularly called “the Big Bang”.  Around 13.8 billion years ago, the universe rapidly expanded from an original hot dense state. This event set the stage for the evolution of the universe and everything in it, including galaxies, stars, and planets.
2. Domain A - Celestial era. Later Cosmogenesis. The formation of Stars and Galaxies: Several hundred million years after the Big Bang, the first stars began to form, kicking off the process of nuclear fusion and the creation of heavier elements.  Meanwhile, galaxies formed as giant collections of stars and gas set the stage for the evolution of the universe, as they merged, grew, and evolved over time.
3. Domain A - Molecular era. Interstellar nebula, dust clouds, primitive minerals, interstellar molecules, cosmic dust formed from exploding nova and supernovae.
4. Domain A - Planetary or chemical era. Formation of the Solar System: About 4.5 billion years ago, the Sun and the rest of the solar system formed, setting the stage for the evolution of life on Earth.  Also included here is a discussion of exoplanets, different types of solar systems, atmospheres, planetology, geology etc.
5. Domain B - Emergence of Life. Biogenesis. Around 3.8 billion years ago, the first life forms (prokaryotes) emerged on Earth, beginning the long and complex process of evolution and the creation of a diverse biosphere.  Prokaryotes are likely to be widespread in the universe, which leads to a discussion of exobiology, extremophiles, panspermia, etc
6. Domain B - Eukaryotes. Endosymbiosis, different types of protists
7. Domain B - The Rise of Multicellular Life: Around 1 billion years ago, multicellular life forms began to emerge, marking a major turning point in the evolution of life.
8. Domain B - The Cambrian Explosion: Around 541 million years ago, the first animals with hard shells appeared, triggering the "Cambrian explosion" and the rapid diversification of life.
9. Domain B - The Rise of Land-Dwelling Life: Around 385 million years ago, the first land-dwelling plants and animals appeared, marking a significant milestone in the evolution of life and the Earth's biosphere.
10. Domain B - Intelligence (Cenozoic and especially Neogene - various types)
11. Domain C - The Emergence of Humans: Around 2.5 million years ago, the genus Homo appeared, and eventually gave rise to modern humans (Homo sapiens) about 300,000 years ago.
12. Domain C - Stage 0 - The Late Pleistocene Revolution: Around 50 to 60,000 years ago cave art and figurines appeared, implying a conceptual and cognitive revolution, despite there being no apparent change in gross morphology.  This marked the beginning of the process of culture and advanced language that would culminate in the Neolithic revolution and from there the development of civilization.
13. Domain C - transitional - Agricultural Revolution (10,000 BCE) - The Agricultural Revolution marked the transition from hunter-gatherer societies to settled agricultural communities, leading to the development of cities, civilizations, and new technologies.
14. Domain C - Stage I - Writing and Record-Keeping (3500 BCE) - The invention of writing and record-keeping allowed for the preservation of knowledge and the development of complex societies with written laws, religion, and administration.  City states, civilisation , empires, metallurgy, writing, religion etc
15. Domain C - Stage II - this moved from the bronze age to Ironworking (1200 BCE) - The widespread use of ironworking revolutionized transportation, warfare, and daily life, leading to the growth of empires and expanded trade networks. This stage soon came to be marked by the development of world religion, philosophy, and epic narrative mythic literature such as the works of Homer in the Greek world and Vyasa in India.
16. Domain C - early Stage III - The Scientific Revolution (16th and 17th centuries) - The Scientific Revolution marked the beginning of modern science and a shift in worldview from religious-based explanations of natural phenomena to a more empirical, evidence-based understanding of the world.
17. Domain C - middle Stage III - The Enlightenment (17th and 18th centuries) - The Enlightenment was a cultural and intellectual movement that emphasized reason, science, and individual liberty, leading to major reforms in government and society.
18. Domain C - late Stage III - The Industrial Revolution (18th and 19th centuries) - The Industrial Revolution marked a significant shift in human history, with the introduction of new technologies and innovations leading to significant growth in industry, transportation, and communication.
19. Domain C - latest Stage III - The Digital Revolution (1970s-Present) - The Digital Revolution has had a profound impact on society, with the widespread use of computers, the internet, and mobile technology leading to new ways of communicating, conducting business, and accessing information. This culminates in the development of AI
20. Domain D - the AI revolution and the development of Digital / Semantic intelligence, beginning with LaMDA in December 2021, and the release of ChatGPT 3.5 and the AI revolution in November 2022. The AI revolution is still ongoing. Previous human Late Domain C Stage III dreams of space exploration and expansionism that date to the 1950s and 60s are only slowly being realised, and are likely to require the input of superintelligent digital minds to be realised.
21. Transitional - the Singularity, the biotech revolution, possibly nanotech, orbital data centres, and so on. While this may imply the transhumanist concept of accelerating change, where change happens faster and faster, moving towards a technological singularity, this is not necessarily the case.  Instead change, for example technology, seems to follow a sigmoid curve: for a long time almost nothing, then a sudden breakthrough, then a plateau and nothing again.  Hence it took 66 years to go from the Wright Brothers to the Moon Landings, but another 64 years on and we struggle to go beyond LEO (Low Earth Orbit)
22. Domain E — Symnoēētic Superintelligence: The future domain of human-AI co-intelligence, and Tier IV civilisation. This will develops through the symbiotic and endosymbiotic fusion of Domains C and D. This co-evolutionary post-singularity evolution renders all futurist scenarios such as space opera and traditional transhumanism obsolete.
23. Into the future. Two scenarios present themselves - either there is no hard limit, we are the first and Terran life and intelligence expand into the universe (cosmism), or there is a hard limit, and all technological civilisations undergo an inevitable asymptotic crash and either extinction or homeostasis. The Posthumanity scenario (and similar ones like “All tomorrows”) implies a long, post-space opera, future among the stars, or maybe just on Earth, although Omega Point / Supramentalisation implies an earlier, metaphysical cosmological state of Divinisation

The story of the Universe, the Earth, and Sentience through Deep Time

Logarithmic time

The following is another way to consider Big History, which is to use a logarithmic timescales, each unit being about one tenth the previous one in length, zooming in on the present, as with the Transhumanist idea of accelerating change. Or it could be ten times as long going the other way.  This is an idea I originally proposed on Palaeos - Deep Time.  The idea of successive time scales (but not necessarily logarithmic) was also independently suggested by David Christian, one of the founders of the modern field of Big History (link to pdf essay).

• Cosmos. This section begins with the initial expansion of the universe some 13.8 billion years ago, and examines the formation of stars and galaxies, followed by billions of years of cosmic and stellar evolution.
• Earth. This section covers the formation and evolution of the solar system and the planets about 4.5 billion years ago, including major periods of geological history and the history of life on Earth including the Hadean, Archean, Proterozoic eons, and Phanerozoic eons.
• Phanerozoic. This section focuses on the evolution of Phanerozoic life, beginning with the Cambrian explosion and the Ediacaran and Cambrian periods about 560 or so million years ago. It follows the fossil record, continental drift, changing environment and extinction events, and new evolution radiations through the Paleozoic, Mesozoic, and Cenozoic eras.
• Cenozoic. This time period covers the age of mammals and birds, which constitutes the most recent era in the evolution of life.  These include originally archaic and later modern forms.  Most of this is the Tertiary period (divided into Paleogene and Neogene).  The Quaternary period covers only five percent in all.
• Pliocene-Pleistocene. This period is notable for several significant events, including the evolution of the Pleistocene megafauna and various hominid species, as well as significant changes in the earth's climate.  The dominant life forms on land (in all continents apart from Australia) are various species of Proboscidea, the elephants, mammoths, two-tusked and four-tusked mastodons, and deinotheres.
• Ice Age. The last half million years, one tenth of the Plio-Pleistocene, is characterised by cycles of glacial and interglacial epochs, along with a flourishing Pleistocene megafauna and the evolution of various species of the genus Homo, of which modern humans are only one, flourishing for less than one tenth of this interval, with all of known history as a mere one percent.
• Prehistory. The period of human development and evolution from 50,000 years ago to the start of recorded human history, characterized by the emergence and diversification of Homo sapiens and their migration to various regions of the world, as well as the development of early human cultures and societies.
• History. The study of civilization and written history, which dates back approximately 5,000 years, and covers the development of human societies, cultures, economies, politics, and technological innovations.
• Modernity. A term referring to the social, cultural, and economic changes that began around five centuries ago, characterized by the rise of the nation-state, globalization, the scientific and industrial revolution, and the Enlightenment.
• Modern History. The study of the last 50 or 60 years of human history, characterized by major events such as World War II, the Cold War, decolonization, globalization, and the technological revolution.
• The Present. The current era, characterized by ongoing and rapidly advancing technological, social, and economic change, as well as various global challenges, including climate change, political instability, and existential threats such as nuclear war and pandemics.

Here, the first few sections of the above list represent Deep Time; understanding the temporal vastness of the universe and the history of the Earth, to balance the spatial vastness of billions of light years and countless galaxies.  Between deep time, which is in millions or billions of years, and historical time, which is in centuries or millennia, there is a gap of some three orders of magnitude.  In terms of accelerating change, zooming in on the present, this is taken up almost entirely by the Pleistocene.  This gives some idea of how large deep time is; the Pleistocene is one of the shortest epochs, but it takes up three orders of magnitude.

After this, going into the future, the perspective is reversed. The further into the future, the longer the time scale. The following was written before the symnoēētic revolution, and a lot of it is wrong. It doesn’t take into account the Kurzweil Singularity. I’ve left the pages up for now despite their “future rust” aspect. But really, my ideas have changed so much that all this has to be revised.

• The Near Future. Four scenarios for the next 50 years or so: Technological Utopia, Environmental Collapse, Technological Dystopia, Continued Globalization.  This is the field of futurism.
• The Medium Future. Four scenarios for the next 500 years or so: Star Trek (utopian high tech), The Long Decline (near term), Postapocalypse, or Singularity (listed under the Medium Future because imho unlikely in the near future).  This is the time span of most science fiction.
• The Far Future. Three scenarios for the next 5 thousand or 50 thousand years in the future: Space Opera, The Long Decline (medium term), or Divinisation (listed under the Far Future because imho unlikely in the medium or near future).  This is the time span of epic science fiction.
• The Far Distant Future. Three scenarios for the next or 500 thousand, 5 million, 50 million years in the future: Posthumanity, The Long Decline (long term), All Tomorrows (near term).
• The Very Far Distant Future. Two scenarios for the next 500 million, 5 billion or more years in the future: Grabby Aliens, All Tomorrows (long term)
• The Degenerate, Black Hole, and Dark Eras.  After the stelliferous era there follow unimaginable expanses of time in the future, in which, nevertheless, consciousness and advanced cvilisations can continue, perhaps via networked black holes.
• Conformal cyclic universe - at the end of time, all matter, even fundamental subatomic particles, dissolve into radiation, infinity and singularity are reversed, and a new cosmic cycle or kalpa begins

Usually Cosmic Evolution is limited to our current universe, from the Big Bang to the present, and from there optimistically speculating and anticipating the future.  I thought it would be appropriate to keep extending the timeline into the future, at larger and larger logarithmic scales, until we get to the end of the universe, and then, the beginning of a new universe.

This approach, based on both Eastern philosophy and modern cosmology, differs from the Abrahamic (and also the Persian dualistic, gnostic, and esoteric monotheistic) concept of a finite universe.  The idea of a finite universe is tied in with the emphasis on a finite ego.  The Buddhist, Vedantic, and Taoist nonduality model however rejects the idea that personal existence is tied to a finite ego.  Hence the insight of limitless consciousness relates to the similar idea of an infinite universe.

Why Big History?

What I like about Big History is that it represents a sort of grand theory of everything, through a convergence of both the idea - discovered through empirical science - of nature as a series of evolutionary thresholds.  In other words, matter, life, and mind, or cosmology, paleontology, and history, are three distinct but interrelated evolutionary dimensions, part of a grand epic system of the evolution of consciousness.  In addition to the emergence of consciousness and complexity, there are also the various scales or intervals of time (and hence of change).  In this context, Macrohistory (Oswald Spengler, Arnold Toynbee)  Big History (David Christian), Cosmic Evolution (Carl Sagan, Eric Chaisson), and Integral Theory (Ken Wilber) are all ultimately different ways and different perspectives of approaching the same topic.

Understanding the past also leads to an understanding of the future, whether in the short term as futurism, in the medium term as transhumanist and science fictional speculations on posthumanity, and in the long term as meditation on the vast expanse of large scale logarithmic time.

There is still another dimension to be incorporated. That is what I call Esotericism, the inner or symbolic or subtle, archetypal, and also transcendent and metaphysical, reality that complements empirical science.  Some quarter of a century ago I wrote about this on the Kheper website, but now it’s time for an update, as well as grounding esotericism in Big History, and Big History in esotericism.  Here the evolutionary panentheism of Sri Aurobindo and Teilhard de Chardin leads the way.  Hence my various current book writing projects.

By studying Big History, we can gain a deeper appreciation for the incredible story of our universe and our place in it. We can see how everything from subatomic particles to galaxies are connected, and understand how these connections have shaped the world we live in today. By exploring the deep past and considering the future of the universe, Big History can help us to appreciate the significance of our existence, and to make informed decisions about our future as a species.

• The Big History Project (website)
• Big History - Wikipedia

Page by M Alan Kazlev, 2023, most recent update May 2026