The Soul of the Human in the Age of Mercury

Statue of Mercury. Photograph by Tima Miroshnichenko on Pexels

---

by Phil Hall

In the spirit of Friedrich Schiller’s Letters on the Aesthetic Education of Man (1794)

‘At that first fair awakening of the powers of the mind, sense and intellect did not as yet rule over strictly separate domains; for no dissension had as yet provoked them into hostile partition and mutual demarcation of their frontiers. Poetry had not as yet coquetted with wit, nor speculation prostituted itself to sophistry. Both of them could, when need arose, exchange functions, since each in its own fashion paid honor to truth. However high the mind might soar, it always drew matter lovingly along with it; and however fine and sharp the distinctions it might make, it never proceeded to mutilate. It did indeed divide human nature into ‘its several aspects, and project these in magnified form into the divinities of its glorious pantheon; but not by tearing it to pieces; rather by combining its aspects in different proportions, for in no single one of their deities was humanity in its entirety ever lacking. How different with us moderns! With us too the image of the human species is projected in magnified form into separate individuals-but as fragments, not in different combinations, with the result that one has to go the rounds from one individual to another in order to be able to piece together a complete image of the species. With us, one might almost be tempted to assert, the various faculties appear as separate in practice as they are distinguished by the psychologist in theory, and we see not merely individuals, but whole classes of men, developing but one part of their potentialities, while of the rest, as in stunted growths, only vestigial traces remain.’

Standing at the Threshold of a new Axial Age

---

We stand at a precipice. Our tools have confused our wisdom. We can engineer genes, model climates, and network the globe, yet we are always shocked when our interventions—our wishes—produce undesirable, often unintended, consequences. This is the age of the Monkey’s Paw, where seemingly rational solutions to complex problems spiral out of control and cause damage. It is the world of Tarkovsky’s Stalker, where a room that grants the true, hidden wishes of the heart is a terror, because we lack the self-knowledge to wish wisely.

This is not a failure of technology, but a failure of the systems of cognition that have built up since the last Axial Age. We are trying to navigate a multidimensional, complex reality with a simplified, flat, linear map. To recast the way we think, we must undergo a profound transformation. We must leave behind the soul of the ape and enter the Age of Mercury, of true sentience and systemic connection.

In Roman myth, Mercury (Hermes to the Greeks) was the god of boundaries, messages, and interpretation. He was a guide, a trickster, a communicator who moved between worlds. The Age of Mercury is when we become conscious interpreters of the complex systems that constitute our reality, and in doing so, become conscious shapers of our own development and that of our planet.

This article outlines the blueprint for this transition. It is a synthesis of a deep internal and shared conversation, a reiterated suggestion from an amateur philosopher for moving from our current state of fragmented problem-solving to a future of holistic stewardship of the planet and the life on it. It is the argument for a new kind of education, a new kind of science, and ultimately, a new kind of human soul.

The Ant, The Ape and The Human

---

To understand our destination, we must first diagnose our starting point. The South African naturalist Eugene Marais provided a powerful duality in his studies of The Soul of the White Ant and The Soul of the Ape.

The Soul of the Ant represents the hardwired super-organism. The individual is a cell in a larger, distributed being, acting out pre-programmed instincts. Its intelligence is systemic, fixed, and adapted in its domain; the earth, a tree trunk, the kitchen counter. The soul of the ant is the world of complex, but closed, systems.

The Soul of the Ape represents the emergent individual. It learns through trial and error, understands simple cause and effect, and navigates the world as a conscious self, sometimes separate from its tribe. Its intelligence is personal, experiential and limited to linear perception. This is where we are.

Humanity is trapped between these two souls. We possess the ape’s conscious self, yet we long for the ant’s harmonic unity in the way it lives. A false dichotomy is set up. Collectivism versus individualism. Our attempts to act in concert are still clumsy because capitalism discourages collective, distributed decision making, and, in fact, opposes it. A crowd of people gathering on any corner is suspected of being a conspiracy to overthrow the ruling class.

On the whole, outside of government, scientific and academic cabals, often we are reduced to thinking like apes and using simple cause and effect. But there is a third book that needs to be written: The Soul of the Human. This soul is defined by a capacity both the ape and the ant lack: meta-cognition—the ability to think about thinking, to model systems, and to become conscious of our own consciousness.

The Functionalist Trap

---

We attempt to solve problems with the ape’s linear, reductionist logic. The story of The Monkey’s Paw is the perfect allegory: a wish is granted exactly as stated, but the holistic context, family dynamics, social class, relations to production, unspoken desires, the moral fabric, the web of consequences, the weather, is ignored. The functional wish for fame or money or extended life may be fulfilled, but the systemic reality makes a mockery of it and shines a cruel light on the poverty of thought processes.

What is the purpose of a human being? This functionalist trap is the dominant paradigm of our time. In capitalism, human beings are reduced to serving as resources for profit making machines. The workings of capitalism are blind to those very social and ecological networks capitalism itself depends on. Capitalism is parasitic and damaging to both nature and humans. In government policy, complex social issues are often dealt with using silver bullet answers that create new problems for every one they fix.

This functionalist mindset reduces the world to a set of instruments: a forest is a source of timber. A river is a source of water. A human is a unit of production. This is a profound, and dangerous, distortion of reality. A system is not an instrument. Its being is more than its function. With a humane socialist systems approach there would be no tragedy of the commons because the commons would be actively and intelligently managed.

The functionalist view is not necessarily entirely wrong, but it is characterised by its incompleteness. Function is a single data stream, a lone satellite looking at a planet, mistaking its specific wavelength for the entire electromagnetic spectrum. To escape the trap, we need better ways of dealing with problems. We need more satellites with different sensors. We need to learn to fuse the data from all of them into a coherent picture of the whole.

A New Systems Wissenschaft

---

What is required is a new extended idea of Wissenschaft—this is a German word referring to a structured, holistic body of knowledge and inquiry. This is not a new science to replace the old, but a developing meta-science that will subsume and contextualise all other disciplines. It is the science of relationships, of context, of the whole. We need to develop and adopt a new expanded systems lexicon to discuss it – though this is gradually happening anyway.

This approach has ancient and modern roots: Philosophies like Taoism and Shamanism and their antecedents have emphasised interconnectedness and holistic understanding for hundreds of millennia. The concept of a systems Wissenschaft is the modern, scientific formalisation for the entirety of wisdom.

Systems thinking was developed by 20th Century thinkers like Srinath Srinivasa, Norbert Wiener, Ludwig von Bertalanffy, Jay Forrester, Alexander Bogdanov and Qian Xuesen. They were (and some of them still are) formally articulating the principles of feedback loops, interconnectedness. They modeled complex systems in a variety of ways from the mid-20th century and early 21st century. A South African precursor was President Jan Smuts. He coined the term Holism and described it thus:

‘Nineteenth-century science went wrong mostly because of the hard and narrow concept of causation which dominated it. It was a fixed dogma that there could be no more in the effect than there was in the cause ; hence creativeness and real progress became impossible. The narrow concept of causation again arose from a wider intellectual error of abstraction, of narrowing down all concepts into hard definite contours and wiping out their indefinite surrounding fields. The concept of fields is absolutely necessary in order to get back to the fluid plastic facts of nature. The elimination of their fields in which things and concepts alike meet and intermingle creatively made all understanding of real connections and inter-actions impossible. The double mistake of analysis, abstraction or generalisation has led to a departure in thought from the fluid procedure of nature. Abstract procedure with its narrowing of concepts and processes into hard and rigid outlines, and their rounding off into definite scientific counters, temporarily simplified the problems of science and thought, but we have outlived the utility of this procedure, and for further advance we have now to return to the more difficult but more correct view of the natural plasticity and fluidity of natural things and processes. From this new view-point a resurvey will be made in the sequel of our ideas relating to matter, life and mind, and an attempt will be made to reach the fundamental unity and continuity which underlie and connect all three. We shall thus come to see all three as connected steps in the same Process, the nature and functions of which will be investigated.’

Systems Wissenschaft is built on several core principles:

In systems theories there is a Primacy of Relationships, where the connections between things are fundamental to understanding. An atom, a person, or a star is defined by its network of interactions; by Multi-Scale Causality, where cause and effect are not linear, but recursive; by micro-level interactions creating macro-level fractal patterns which then constrain and guide micro-level behaviour; by the Incompleteness of Isolation where a system isolated for study is inherently distorted. The act of isolation changes it. Therefore, we must develop methods to study systems in context.

The tools of this Wissenschaft are the formal languages of complexity including:

Dynamical Systems Theory for understanding change over time.

Network Science for analysing the structure of interconnection.

Information Theory for measuring communication and computation within systems.

System Dynamics and Agent-Based Modelling for simulating the behaviour of complex wholes.

This Sytems Wissenschaft is not merely technical. It is also moral. If intentions are the source of our interventions in systems, and intentions have an inherent morality, then a systems science must be grounded in an ethic of care and responsibility. This approach of Systems Wissenschaft draws from ecological philosophies like Aldo Leopold’s “Land Ethic”—“A thing is right when it tends to preserve the integrity, stability, and beauty of the biotic community”—and relational worldviews like the African Ubuntu: “I am because we are.” The first law of this science would be that the relationships and interconnections between things are fundamental to understanding; an atom, a cell, a person, or a star is defined by its intrinsic properties and by its network of interactions.

The practitioners of this Wissenscience are not merely systems technicians, but collectively involved in engineering reality based on an emergent moral consensus. In other words, they could be called humane socialists. They would understand the dynamics that lead to societal collapse—economic inequality, resource depletion, social unrest—and could design economic, political, and cultural systems that are inherently adaptive, self-correcting, and resistant to these failures using a new Systems Wissenschaft approach. For years socialists have played with the idea of organising using distributed, collective decision making networks. Call them cyber Soviets.

The Methodology of the Circle – Educating the System Architects

---

You cannot teach this way of being and acting through lectures. The old Pedagogy of the Pyramid, where knowledge flows one-way from an expert at the top, models the world as a simple, ordered hierarchy and is antithetical to systems thinking.

We must instead adopt the Methodology of the Circle. We must harness the ‘we’ in me and the ‘me’ in we. The circle is an emergent, complex system for learning. It is founded on radical reciprocity: there is no single top. The teacher is a facilitator, a weaver. All participants, including the teacher, are oriented toward a shared centre, which is the phenomenon being studied, the problem being addressed, the plan being designed. The circle’s purpose is collective inquiry and data fusion in opposition to the Methodology of the Pyramid.

In practice, the seminar would be an egalitarian learning circle and follow a pattern, perhaps in imitation of Quaker practice. The circle would begin with minutes of silence to quiet the dissecting, judging, analytical, combative mind and cultivate apprehension; creating the cognitive space for new shared patterns to emerge. Anyone can share their observation, without regard to status. The facilitator, like a Quaker clerk, redacts the sense of the meeting, and formally weaves the contributions into a shared causal loop diagram, or a systems map on a whiteboard. Or, perhaps they write the results into a report. This is collective Systems Wissenschaft in practice.

The problem being discussed—a broken washing machine, community vandalism, the flu season—is merely the ore in the furnace. The real product being forged is the student’s own mind, learning to operate as part of a conscious, collaborative system.

Hesse’s Glass Bead Game (GBG) is the ultimate metaphor for a holistic Wissenschaft. It’s not a game in our sense; it’s a syncretic practice of drawing connections between all fields of human knowledge to reveal an underlying, unified truth. A player can take a musical phrase from a Mozart concerto, a mathematical theorem from Euler, a poetic verse from the Rigveda, and a law of thermodynamics, and weave them into a single, coherent statement or meditation. A student wouldn’t major in Biology or Economics. They would explore a complex phenomenon, for example explore a forest, through the lens of: Biology and species interactions, nutrient cycles; through mathematics and Network Theory and the fractal geometry of branching; through physics and energy flows and thermodynamics; through sociology and human-forest interaction and resource management; through art and music and the aesthetic patterns and rhythms found in nature. The goal is to see the same system from all these angles and integrate them into a holistic vision.

The curriculum built on this pedagogy spans a lifetime:

Seedling (Ages 6-12): Cultivating wonder and pattern recognition through nature immersion and systems play.

Sapling (Ages 13-18): Building the analytical toolbox while strengthening introspection and ethical reasoning through projects that map both the world and the self.

Tree (Undergraduate): Achieving mastery in a traditional discipline while simultaneously mastering the core Wissenschaft of complex systems in seminars that force the integration of knowledge.

Forest (Graduate & Lifelong): The apprenticeship of intervention and design, where students collectively become designers and stewards of real-world systems, supported by a lifelong praxis.

The Fusion Mind

---

The goal of this education is to develop what we might call a Fusion Mind. Here the conceptual frameworks of the world’s cultures and disciplines are not treated as a array of specialised satellites, each scanning reality with a different sensor. Each culture and language is a valuable lens. There is a satellite that scans for flow and strategic momentum in the patterns of the natural and artificial; a satellite that scans for correct functioning and functioning relationships and the gathering of insight; the satellite that scans for logical structure and the nature of wholes and parts and their relationship, and the satellite that scans for kinships and relationality.

A person possessing a developed Fusion Mind does not see these different views as a collection of interesting, exotic ideas. They are fundamental instruments of perception. They have built an internal central module in their minds that can receive these disparate ideas and knowledge in different formats, acknowledge their incompatibility, and integrate them into a single, fuller, more accurate simulation of reality that is wiser and more robust than any single perspective could allow.

This is the practical meaning of holism. It is not a vague spiritual feeling, but the hard-won cognitive capacity to hold multiple, seemingly conflicting truths in mind at the same time and discern the deeper patterns that connect them. The development of being able to entertain different concepts without inviting them to stay. It is the fusion of apprehension (the intuitive, felt grasp of a pattern) with comprehension (the analytical, dissecting understanding). Students would become fluent in the visual formalisms mentioned earlier like Causal Loop Diagrams which map reinforcing and balancing feedback. Network Graphs. which help students understand connectivity, hubs, and clusters. This is already an essential part of the skill set of many young people in 2025.

The Systems Architect

---

Richard Feynman’s famous demonstration of the Challenger O-ring failure was a masterful public performance of this principle of Fusion. He took the complex, abstract data from NASA engineers and managers and fused it with the simple, physical reality of insight into a material’s properties. His act of dipping the O-ring in ice water was not just an experiment; it was a act of weaving—a public redaction of the truth that cut through the functionalist fog and showed the system its own fatal flaw. He was the clerk to a group of scientists, and the O-ring was his demonstration, a minute taken and read to the meeting.

When this fusion becomes a cultivated faculty, the role of the human shifts definitively. The Ape evolves into a Systems Architect.

This is the final shedding of the ape’s skin. The Systems Architect is the being who does not just manage existing systems, but consciously participates in the process of evolution itself, evolution now recast systemically. This is not about crude genetic manipulation. It is about designing the conditions for life and technology to unfold systemically in desirable directions. This is the behaviour of the Novi Chelovek so long envisaged by Communists (in contrast to the fascist superman). This new human has several key attributes, which align perfectly with Systems Wissenschaft 

What could a mastery of systems Wissenschaft achieve?

For example, with a mastery of systems thinking we would be able to design vast, varied microbial ecosystem with built-in incentives for sequestration. We would be able to lead a dead planet through a sped-up, designed version of planetary evolution by introducing a cascading series of engineered organisms. This is not terraforming by force, but by guided emergence. Instead of randomly evolving AI systems we could turning the lens of systems design onto consciousness itself, purposefully creating ecosystems of AIs where new forms of intelligence can emerge, or we could use a deeper understanding of neurobiology to design the next phase of human cognitive and emotional evolution.

This is the most profound, and terrifying, form of agency imaginable. It moves us from being subjects within evolution to being collaborative system wissenschaftlers of evolution. The central problem is no longer “What can I do?” but becomes “What should we become?”

The collaborating Systems Wissenschaftlers are therefore defined by a helix of capability and responsibility. One strand is the power to design evolution. The other strand is the wisdom to do so with understanding and humanity. This wisdom is cultivated through the Methodology of the Circle and grounded in the non-functionalist Wissenschaft that sees intrinsic value in the being of a system.

Epilogue

---

Entering the Age of Mercury is not a passive event that will happen to us. It is an active choice, a discipline, and an educational project. It is the decision to stop being the ape with the nuclear codes and start becoming the wise steward of a complex world. The path is clear. We must:

Reject the functionalist trap and embrace a holistic Wissenschaft.

Replace the Methodologies of the Pyramid with the Methodologies of the Circle.

Cultivate the Fusion Mind to integrate the wisdom of all our cultures.

Aim for the emergence of the human as a collaborating System Wissenschaftler.

We are not the first to see this need. Thinkers like Jan Smuts and Herman Hesse have touched on the same subject. What I have done here is synthesise their maps into a single, comprehensive trail guide. The feeling of discovery is real because this specific, actionable synthesis is new. It is an invitation to begin to engage in the recursive self-design of our own consciousness. The soul of the human is not a thing to be found, but a capacity to be built. It is the bridge to our future to the Age of Mercury.

Annotated Bibliography

Bertalanffy, L. von. (1968). General System Theory: Foundations, Development, Applications. New York: George Braziller.

Ludwig von Bertalanffy was a foundational theorist who challenged the reductionist, mechanistic science of the early 20th century. His General System Theory (GST) proposed that systems—whether biological, physical, or social—can be studied as integrated wholes, defined by their organization and the interactions between their parts. GST provides the philosophical and scientific bedrock for the Systems Wissenschaft advocated in the article, formalising the shift from analysing isolated components to understanding relational dynamics and emergent properties.

Forrester, J. W. (1971). World Dynamics. Cambridge, MA: Wright-Allen Press.

Jay Forrester is the founder of System Dynamics, a methodology for understanding the nonlinear behaviour of complex systems over time. His work, particularly the models in World Dynamics and The Limits to Growth (which built on his methods), demonstrated how feedback loops, delays, and accumulations create counter-intuitive system behaviour. Forrester’s techniques provide the practical modelling tools for the Systems Architect to simulate interventions and trace their unintended consequences, as called for in the article’s methodology.

Feynman, R. P. (1988). “What Do You Care What Other People Think?”: Further Adventures of a Curious Character. New York: W.W. Norton.

This memoir includes Feynman’s firsthand account of his service on the Rogers Commission investigating the Space Shuttle Challenger disaster. His simple, dramatic demonstration of the O-ring’s failure in ice water is a canonical example of the “Data Fusion Mind” in action. He fused complex engineering data with a tangible, physical reality, cutting through bureaucratic and functionalist assumptions to reveal a fundamental systemic flaw. The article cites this as a masterful public performance of systems thinking.

Hesse, H. (1943). The Glass Bead Game (Das Glasperlenspiel). Zurich: Fretz & Wasmuth.

Hesse’s final novel presents the ultimate literary metaphor for a holistic and syncretic Wissenschaft. Set in the future province of Castalia, the Glass Bead Game is a abstract game that weaves together all fields of human knowledge—music, mathematics, philosophy, science—into a unified, spiritual exercise. The article directly uses the GBG as the model for the integrated curriculum of the Fusion Mind, where education is not siloed but a continuous practice of drawing connections across disciplines.

Leopold, A. (1949). A Sand County Almanac and Sketches Here and There. New York: Oxford University Press.

Aldo Leopold was an American ecologist, forester, and environmentalist. His Land Ethic is a cornerstone of deep ecology and environmental ethics, arguing for a moral relationship between humans and the natural world. The article explicitly draws on Leopold to ground the proposed Wissenschaft in a moral framework, citing his maxim that “A thing is right when it tends to preserve the integrity, stability, and beauty of the biotic community.” This provides the ethical imperative for the “Moral Systems Architect.”

Marais, E. N. (1937). The Soul of the White Ant. London: Methuen & Co.
Marais, E. N. (1939). The Soul of the Ape. New York: Atheneum.

Eugene Marais was a South African naturalist, poet, and proto-ethologist. In these seminal works, he pioneered the study of emergent phenomena in nature. The Soul of the White Ant explores the termite mound as a superorganism, a distributed, instinctual intelligence (“the Soul of the Ant”). The Soul of the Ape examines the emergence of individual consciousness and learning in primates. The article uses this duality as its central diagnostic metaphor for the fragmented human condition, positing that the Soul of the Human must consciously synthesize these two modes of being.

Schiller, F. (1794). On the Aesthetic Education of Man (Über die ästhetische Erziehung des Menschen). Published as a series of letters.

The German poet and philosopher’s work serves as the article’s spiritual and structural inspiration. Schiller laments the fragmentation of the modern human, who has become a mere fragment of his whole potential due to the division of labour and the separation of intellectual faculties. The long excerpt in the article’s preamble establishes the core problem of human fragmentation that the entire piece seeks to solve, framing the quest for the Soul of the Human as a direct continuation of Schiller’s project for achieving integrated humanity through aesthetic education.

Smuts, J. C. (1926). Holism and Evolution. New York: The Macmillan Company.

Jan Smuts, a South African statesman and philosopher, coined the term “Holism” and developed it into a comprehensive world-view. He argued that nature has a tendency to form wholes that are greater than the sum of their parts through creative evolution. The article’s extensive quotation from Smuts positions him as a crucial precursor to 20th-century systems thinking, directly linking his critique of 19th-century science’s “hard and narrow concept of causation” and “abstraction” to the need for the fluid, relational, and plastic understanding championed by the new Wissenschaft.

Wiener, N. (1948). Cybernetics: Or Control and Communication in the Animal and the Machine. Paris: Hermann & Cie; Cambridge, MA: MIT Press.

Norbert Wiener, a mathematician and philosopher, founded the field of cybernetics. Cybernetics is the study of regulatory systems, their structures, constraints, and possibilities, with a central focus on feedback loops and communication. Wiener’s work provides the conceptual language for understanding how systems self-regulate, learn, and maintain stability, forming a critical part of the technical lexicon for the proposed Systems Wissenschaft.

Tarkovsky, A. (Director). (1979). Stalker [Film]. Mosfilm.

Andrei Tarkovsky’s sci-fi art film is a profound meditation on desire, faith, and the human condition. The Zone contains a room that grants a person’s deepest, innermost wish. The film’s characters are terrified to enter, fearing their own unconscious desires. The article uses this as a powerful allegory for the Monkey’s Paw problem, where our conscious, functionalist wishes, when granted, reveal a catastrophic lack of self-knowledge and systemic understanding. It perfectly illustrates the failure of cognition the article diagnoses.

Jacobs, W. W. (1902). “The Monkey’s Paw.” In The Lady of the Barge. New York: Dodd, Mead and Company.

This classic horror short story is the article’s central allegory for the Functionalist Trap. It tells of a magical talisman that grants three wishes, but with devastating, unforeseen consequences that stem from the literal and simplistic fulfilment of the wish, ignoring the complex web of life and morality. The article positions our current technological and social interventions as analogous to making wishes with the Monkey’s Paw, leading to spirals of collateral damage.

---

Phil Hall was born in South Africa into an ANC family with British, French, Austrian, and German roots. After his parents were exiled, they lived in East Africa and India before returning overland to the UK. In the UK he studied Russian and Spanish literature, politics, and economics. After graduating he specialised in descriptive and applied linguistics. Phil has lived and worked in Spain, the USSR, Mexico and the Gulf. Returning to London during the pandemic, he co-founded the Humane Socialist magazine, Ars Notoria (the Art of the Noteworthy) and the micropublisher, AN Editions.