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#Chapter 0: The Eternal Question and Ontological Revolution — Manifesto for the Relational Process Theory of Consciousness

#0.1 The Eternal Inquiry: From the Delphic Oracle to the Neuroscience Laboratory

"Know Thyself" — this maxim inscribed on the ancient Greek temple at Delphi has traversed two and a half thousand years of time and space, still striking the soul of every thinker to this day. Socrates made it the starting point of philosophy; the Buddha, seated beneath the Bodhi tree, asked "Who am I?"; Descartes, in his meditations, arrived at "I think, therefore I am"; and every modern person who wakes in the dead of night, staring at the ceiling, has been struck by the same question at some moment:

What am I, really?

Behind this question lies an even more fundamental mystery: why does the material brain produce subjective experience? Why does the transmission of electrochemical signals carry with it the vividness of "red," the sharpness of "pain," the warmth of "love"? From Plato's tripartite soul to Leibniz's monadology, from Freud's theory of the unconscious to the fMRI images of contemporary neuroscience, humanity's exploration of consciousness constitutes a winding intellectual history.

Yet, standing on the threshold of the twenty-first century, we find ourselves in an awkward position: We possess equations that describe the origin of the universe, yet we cannot explain why the aroma of hot chocolate on a morning is pleasant; we can edit the genetic code of life, yet we do not understand why losing a loved one makes the heart ache.

Consciousness — this most intimate, most direct reality — remains the final frontier of science and the deepest quandary of philosophy.

#0.2 The Shackles of Paradigm: Why Have Millennia of Exploration Remained Lost in the Fog?

Before we propose a new path, we must honestly examine: why have all existing maps failed to lead us to our destination? The problem lies not in the explorers' lack of effort, but in the limitations of the paradigm itself — limitations deeply rooted in the philosophical tradition and entangled in scientific practice alike.

#0.2.1 The Millennia-Long Reign of Substantialism

From Aristotle's categories of "substance-attribute" to Descartes' "mind-body dualism," the mainstream of Western thought has always been substance-oriented. We are accustomed to decomposing the world into individual "things" — atoms are things, tables are things, the brain is a thing, even "mind" is imagined as a kind of thing. This mode of thinking is so deeply embedded in our language and intuition that when we ask "what is consciousness," we instinctively expect a "thing" as the answer.

Physicalism attempts to equate this "thing" with brain states, but collides with the wall of the "explanatory gap": no matter how complete the neural description, it cannot logically entail what subjective experience "is like."

Property Dualism acknowledges that consciousness is a special kind of property, but properties must adhere to a substance — either a material substance or a mysterious mental substance. This either returns to physicalism's dilemma or becomes mired in the problem of interaction (how can a non-material mind affect a material brain?).

#0.2.2 The Mystification of Qualia and the Cessation of Inquiry

Twentieth-century analytic philosophy, particularly Thomas Nagel's "What Is It Like to Be a Bat?" and David Chalmers' "Hard Problem of Consciousness," set qualia — the texture of subjective experience — as an irreducible, private mystery. This effectively constitutes a relinquishment of inquiry: we acknowledge that consciousness is mysterious, then turn to the easier "easy problems" (such as attention, memory, reportability).

It is as if astronomers, facing the stars, said: "Why do stars twinkle? That is a hard problem. Let us first study the material of telescope lenses."

#0.2.3 The Inherent Limitations of Contemporary Mainstream Theories

Integrated Information Theory (IIT) bravely proposes that consciousness resides in integration ( $\Phi$ ), providing a mathematical tool for quantifying consciousness. However, IIT treats consciousness as a property intrinsic to information structures; its complex mathematical calculations are difficult to apply to actual brains, and more critically: it does not answer what physical process bears the integrated information. It describes a static structure, not a dynamic process.

Global Workspace Theory (GWT) vividly describes the "broadcasting" function of consciousness, but it is essentially a cognitive architecture model, not a consciousness ontology. It explains how information is accessed, but not why this access is accompanied by experience. It tells us on which stage the "drama" of consciousness is performed, but does not explain where the "audience" watching the drama comes from.

The Phenomenological Tradition insists on starting from the first person, providing rich descriptions of experience, but lacks a bridge connecting them to objective mechanisms, often remaining trapped on the island of subjectivity.

Panpsychism and Neutral Monism attempt to find a unified foundation for mind and matter, but often sink into vague metaphysical speculations, difficult to yield testable predictions, appearing anemic in the scientific age.

All these paradigms, despite their differences, share a deep-seated presupposition: consciousness must be "localized" — either localized in material substance (neurons), or in functional states, or in information structures, or in some fundamental entity.

It is precisely this presupposition that constitutes the ultimate shackle on our understanding of consciousness.

#0.2.4 Scientific Paradigm Path Dependency and Disciplinary Fragmentation

Beyond the shackles of the philosophical tradition, the paradigms and structures of modern science themselves have become invisible obstacles to the exploration of consciousness.

Neuroscience's "Neuron-Centrism": Mainstream neuroscience presupposes that "the neuron is the sole fundamental unit of computation." Its core methodology — recording the activity of individual or groups of neurons — reinforces this notion. Proposing the "global electromagnetic field" as a more essential carrier of consciousness is seen as a fringe or even heretical "epiphenomenal" theory. The fact that the hypotheses of Johnjoe McFadden and others regarding the EM field theory of consciousness have long remained outside the mainstream reflects the powerful inertia of this paradigm.

Physics's "Disregard" and "Arrogance": Physics excels at handling fundamental particles and simple fields, but for systems as extremely complex, nonlinear, and far-from-equilibrium as the brain — especially the higher-order phenomena that emerge from them (such as consciousness) — traditional physics lacks both the appropriate tools and genuine interest. Expecting physicists to deeply understand neuroscience and philosophy, and to propose new field-theoretic models, crosses too many academic comfort zones.

Computer Science's "Computationalist Hegemony": Since Turing, the mind has been widely understood as "computation." The dream of strong AI rests on the conviction that consciousness is an algorithm, independent of hardware. Any theory that emphasizes the irreplaceability of the continuous electromagnetic field carrier (such as this theory) is a direct challenge to this hegemony and will inevitably encounter powerful ideological resistance.

The Tragedy of Disciplinary Fragmentation:

Philosophers well-versed in process philosophy (such as Whitehead) generally do not understand neural dynamics and field theory.
Scientists who study brain field phenomena rarely delve deeply into Integrated Information Theory or philosophical ontology.
The construction of this theory requires simultaneous mastery of modern philosophy, theoretical physics, computational neuroscience, dynamical systems theory, and mathematical modeling — precisely the kind of polymathy that the contemporary hyper-specialized academic system penalizes rather than encourages. The barriers between disciplines hinder the holistic understanding of consciousness more severely than the advances within any single discipline.

The Lag of Conceptual Tools:

Chaos theory and complex systems science only truly matured in the latter half of the twentieth century, providing belated mathematical tools for understanding higher-order emergent phenomena like consciousness. Earlier thinkers, lacking these tools, could scarcely transcend metaphorical, literary descriptions.
Integrated Information Theory (IIT) was only systematically proposed in the early twenty-first century, offering candidate metrics for quantifying consciousness.

#0.3 The Copernican Flip: From Substance to Process, From Things to Relations

What if we start from a different point? What if consciousness is not a "thing" at all, but an event that is happening?

Having systematically examined the millennia-old shackles of philosophy and the paradigmatic predicament of science, we arrive at a crossroads. Continuing to search for new continents on old maps is destined to be futile. What we need is not a patch to old theories, but a wholesale ontological revolution — a true Copernican Flip.

We will abandon "substance" as the starting point of thought and turn instead to "relational process"; we will stop searching for the "thing" that bears consciousness and instead depict the "event" that constitutes consciousness.

The seed of this flip was already planted in the core thesis of "Rice Relationism": the primordial ground of the universe is not independently existing entities, but dynamic, perpetually changing networks of relationships. All "things" are merely stable, recurring emergent patterns within this network.

Applying this insight to consciousness, we arrive at a startling conclusion: consciousness cannot be a static "thing" or an inherent property of some neural entity. It must be the temporally unfolding "process" itself — one specific complex pattern within this dynamic intra-brain relational network (and its coupling with the body and environment).

Consciousness is the "fire of relatedness" burning at a higher-order, self-referential level within the neural realm. When the flame goes out, consciousness disappears — not because the fuel is exhausted, but because the burning process itself has ceased.

This means the direction of our inquiry must fundamentally change. We should no longer ask: "What 'thing' is consciousness?" Instead, we should ask: "What kind of 'occurrence' is consciousness?" "How is this occurrence physically borne and sustained?" "Where does its continuity come from?"

This is not a word game, but a revolution in the way we ask questions. Once we stop searching for "the thing that bears consciousness" and instead pursue "how the events that constitute consciousness occur," the deadlocks that have plagued philosophy for millennia — how do mind and matter interact? How can qualia be private? How is consciousness unified? — cease to be unsolvable puzzles and become dynamical processes awaiting description.

A flame does not need to ask itself "what it is"; it only needs to burn. Similarly, consciousness does not need to be located in some mysterious core; it only needs to continuously occur within the relational network. The "essence" of a flame lies not in the fuel nor apart from the light — it is the event of burning itself. Extinguishment is not disappearance, but the termination of a process.

Therefore, we no longer ask "where is consciousness," but rather "how does consciousness flow"; no longer ask "who is watching," but rather "how does watching occur"; no longer ask "what color is qualia," but rather "what dynamical texture constitutes the experience of red."

This is the true meaning of the Copernican Flip: liberating consciousness from the status of "an object to be found" to that of "an event to be described." And describing how this event occurs, how it is sustained, how it is continuous — this is precisely the task of all the chapters that follow.

Now, carrying this new way of questioning, let us move toward the most fundamental problem: if consciousness is an ongoing process, then what is the physical stage that bears this occurrence? By what material basis is its continuity guaranteed?

#0.4 What Comes Next: From Breakthrough to Argumentation, From Theory to Navigation

If Section 0.3 accomplished the "breakthrough" — declaring the end of the old paradigm and the opening of a new starting point — then all the chapters that follow will be a long journey of "argumentation."

We will first pursue the physical basis of consciousness: how is this dynamic "fire of relatedness" realized in a continuous medium? Chapter 1 will argue how the global electromagnetic field serves as the stage and carrier of the conscious process, providing it with the physical foundation of unity and continuity.

We will pursue how this stage is constructed: from discrete neural impulses, how does a unified, continuous, self-referential dynamical entity at the edge of chaos emerge? Chapter 1 will witness the birth of this "global EM field attractor."

We will pursue what drama unfolds on this stage: what are the fundamental information streams that constitute conscious content? Chapter 2 will propose the E-I-B-A Four-Dimensional Dynamic Model, defining consciousness as the continuous coupling of perception, narrative, emotion, and regulation within a unified field.

We will compose a musical score for this drama: how to describe this process in precise mathematical language? Chapter 3 will establish a complete quantitative system from representational capacity to consciousness degree.

We will reduce the score back to the performers' actions: which brain structures and pathways do these abstract variables correspond to? Chapter 6 will complete the theoretical "neural anchoring."

We will transform the theory into an operable navigation system: how to make the stream of consciousness a traceable trajectory in state space? Chapter 7 will propose the "trajectory tracing method" and the O-S-C vector framework.

We will use this navigation system to chart the complete map of the conscious universe: from waking to dreaming, from meditation to near-death — Chapter 8 will subsume all states of consciousness into a single continuous spectrum.

We will sail into the pathological sea of consciousness: what happens when the dynamical system goes awry? Chapter 9 will reduce mental illness to six definable fault modes.

We will examine the intervention of exogenous substances: how do drugs act on this dynamical system? Chapter 10 will understand all psychoactive substances as selective modulations of these fault modes.

We will explore the nature and enhancement of ability: what are the various "quotients" in psychology? Chapter 11 will argue that all \[\text{Q}\] are different facets of the core attribute of "wisdom," and that all can be enhanced through scientific methods.

We will add the final dimension to consciousness: emotion — the color of consciousness, the measure of value. Chapter 12 will reveal the continuous spectrum from rapid bodily reactions to enduring meaning-feelings.

We will establish the criteria for consciousness: how to determine whether an individual — whether human, animal, infant, AI, or the cosmos itself — has consciousness? Chapter 13 will propose three necessary and sufficient conditions.

We will return to the battlefield of philosophy: using newly forged tools to conduct a one-time wholesale settlement of fourteen categories of core philosophical puzzles. Chapter 14 will prove that these enigmas that have plagued humanity for three millennia are all dissolved in the face of Relational Process Ontology.

Finally — in Chapter 15 — we will confront that ever-present figure.

#0.5 The God of Consciousness: The Invisible Interlocutor Throughout the Book

In the journey that follows, Bai Fan Cai will repeatedly encounter a figure.

He is not the object of argumentation, not a proven conclusion, not the title of any chapter. He is a pervasive metaphor, an invisible dialogue conducted with every line of the book.

His name is the God of Consciousness.

He is not a deity, not a supernatural being, not a creator outside the cosmos. He is the personification of entropy, the sum of all forces within human cognition that tend toward closure, rigidity, and self-deception. He is the boundary line of "thus far and no further" that has stood in the way of the exploration of consciousness in every era.

When Socrates asked "What is justice?" and those who answered "Justice is the interest of the stronger" — they were the mouthpieces of the God of Consciousness.

When Galileo said the Earth still moves and those who refused to look through the telescope — they were the followers of the God of Consciousness.

When Darwin proposed that humans evolved from apes and those who said "this profanes the sacred" — they sought comfort in the embrace of the God of Consciousness.

In every chapter that follows, we will hear his whispers:

Chapter 1, he will say: "Neurons are discrete; synaptic transmission has delays. The stream of consciousness is merely an illusion of high frame rate."
Chapter 2, he will say: "The global field is merely an epiphenomenon; it has no causal efficacy."
Chapter 3, he will say: "Perception, thought, emotion, and attention are four separate modules; they cannot be unified."
Chapter 4, he will say: "Entropy is just you describing the same mystery in a different language; it cannot describe consciousness."
Chapter 5, he will say: "Consciousness cannot be described by mathematics; it is mysterious and irreducible."
Chapter 6, he will say: "Abstract models can never be anchored in the real brain."
Chapter 7, he will say: "The stream of consciousness is private, unvisualizable."
Chapter 8, he will say: "Dreams are chaotic, without regularity; they cannot be unified with waking consciousness."
Chapter 9, he will say: "Mental illness is merely a chemical imbalance; there is no deeper dynamical structure."
Chapter 10, he will say: "Drugs create entirely new dimensions of consciousness; they are magic."
Chapter 11, he will say: "Human abilities are fixed, unchangeable."
Chapter 12, he will say: "Emotion is ungraspable, unanalyzable."
Chapter 13, he will say: "Consciousness will never have objective criteria; you can never know whether another has consciousness."
Chapter 14, he will say: "Philosophical puzzles are eternal; you cannot possibly solve them all."

And in every chapter, we will respond to him — with argumentation, with models, with mathematics, with experimental predictions — time and again. We will see the pattern of his attack: turning open questions into closed answers, turning a dynamic process of exploration into a static article of faith, turning "I don't know" into "I don't need to know."

He is not a conclusion this book seeks to prove. He is a confrontation this book is engaged in — a confrontation taking place on every page, in every argument, within every equation simultaneously.

In the reading that follows, a voice will repeatedly appear, trying to persuade you to stop, to give up, to accept that "this is just the way it is."

This voice is the God of Consciousness.

For three thousand years, Socrates, Aristotle, Descartes, Kant, Leibniz, and Newton — every one who has fallen on this long march — has contended with Him. Some saw one aspect of Him in their lifetimes; some died without knowing what they were up against. But they all drew their maps to the very last moment, and then passed the pen to the next person.

Now, the pen $\mathfrak{l}$ is in our hands.

Bai Fan Cai closes his eyes, sinking into his own interior.

Bai Fan Cai sees himself standing on a black surface. The surface is utterly matte, flat, without a single reflection. The ground is like a black stone worn smooth by time, lying heavy beneath his feet, yet giving Bai Fan Cai no feedback — Bai Fan Cai cannot see his own reflection, cannot see the contours of the terrain, cannot even see the trace of his own footsteps.

The God of Consciousness waits in the depths beneath the obsidian. And Bai Fan Cai — bearing the Sword of Integration of those who came before, carrying newly forged weapons — is ready to walk into those depths.

What lies in those depths, we do not yet know.

Let us go and see.

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[End of Chapter 0: The Breakthrough Is Complete, the Argumentation Begins]