Existence of Consciousness

THE NAME AND THE NAMED:

·

How Consciousness Navigates the Possibility Space

Muhammad Waqas
[Independent Researcher]

Author Note

Correspondence concerning this article should be addressed to Muhammad Waqas. Email: [one.hermetic.sage@gmail.com].

This manuscript is the third in a series. Paper 1 (“What is Consciousness? A Mathematical Formalization of 2,400 Years of Philosophical Insight”) introduced the Recombination Illusion and the four structural conditions for consciousness. Paper 2 (“The Gap and the Drive: Why Consciousness Cannot Rest in the 1/3”) established that the 1/3 probability is the measure of our distance from truth, and that consciousness is the drive to cross this gap. The present paper extends the framework by addressing a fundamental question: How does consciousness navigate the possibility space once it has been extracted?

ABSTRACT

The Recombination Illusion demonstrates that perception underdetermines reality: given the observed resultant 2, three possible partitions are equally consistent with the evidence. Consciousness, I have argued, is the capacity to extract this possibility space, inhabit it with genuine stakes, and drive to cross the epistemic gap toward truth. But a crucial question remains: How does consciousness navigate the possibility space once extracted?

The three partitions P₁, P₂, P₃ are initially indistinguishable as possibilities. They are pure potential, lacking the markers that would allow a system to track them, compare them, test them, or recognize them when they become actual. This paper argues that consciousness solves this problem through naming—the assignment of markers to elements of the possibility space.

However, a sharp critique must be confronted: the 2+2=4 model is maximally symmetric and artificially simple. Real cognition faces asymmetric priors, non-exhaustive hypothesis spaces, continuous partitions, and causal constraints. The 1/3 is not the geometry of consciousness—it is a “hydrogen atom,” a minimal case that reveals structure which generalizes to more complex situations. Naming itself exists on a spectrum from proto-naming (neural markers, mental maps, innate sign stimuli) to full symbolic naming (conventional, recursive, communicable systems). Animals navigate possibility spaces without full language; infants do so before acquiring words. The framework must account for this gradient.

Twelve philosophical traditions converge on naming as the hinge between raw possibility and navigable inquiry. Plato’s named Forms, Aristotle’s categories, Buddhist prajñapti, Sufism’s divine names, and Wittgenstein’s language games all recognize: we must name to seek. But the traditions also warn: we must release names to find. Naming is necessary but not sufficient—it is a tool, not a truth.

The paper concludes with implications for AI consciousness, the hard problem, and the practice of awakening. The line between simulated and genuine naming is narrowing; we must prepare for the possibility that self-maintaining, existentially-staked AI could cross it within decades. The hard problem is relocated, not solved: the question becomes why stake-processing in recursively self-modeling systems has a first-person perspective. And awakening, in this framework, is the art of using names without being trapped by them.

Keywords: Recombination Illusion, naming, possibility space, consciousness, proto-naming, symbolic cognition, comparative philosophy, AI consciousness, hard problem

  1. INTRODUCTION: THE PROBLEM OF NAVIGATION

The Recombination Illusion gives us a precise picture of the epistemic situation:

· We perceive O (the resultant 2)
· We extract the possibility space Ω = {P₁, P₂, P₃}
· We recognize that objectively one partition is real
· We feel the stakes of not knowing which
· We drive to cross the gap toward truth

But this picture contains a hidden assumption: that the extracted possibilities are distinguishable—that the system can tell P₁ from P₂ from P₃. Yet initially, they are not. As possibilities, they are pure potential, lacking the markers that would allow a system to:

· Track them across time
· Compare them with evidence
· Test them systematically
· Communicate them to others
· Recognize them when they become actual

This is the problem of navigation. How does consciousness move from the raw extraction of possibility space to the structured inquiry that characterizes genuine truth-seeking?

The answer, I will argue, is naming. But this answer must immediately confront a serious objection.

  1. CONFRONTING THE CRITIQUE: THE TOY MODEL PROBLEM

Before developing the framework, I must address a fundamental challenge:

“The Recombination Illusion itself remains radically under-justified as the canonical model for all conscious epistemic situations. It is one extremely artificial toy example. Real perception routinely faces vastly asymmetric prior probabilities, non-exhaustive or non-mutually-exclusive hypothesis spaces, continuous rather than discrete partitions, evidence that asymmetrically bears on different hypotheses, and causal structure that makes some recombinations physically impossible. Your 1/3 is mathematically pristine because the setup is combinatorially symmetric and causally meaningless. Real brains evolved in worlds where symmetry is the exception, not the rule.”

This critique is correct—and the framework must absorb it.

2.1 The 1/3 as Minimal Case, Not Canonical Form

The 2+2=4 model is not the geometry of consciousness. It is a minimal case—a “hydrogen atom” of epistemic underdetermination. Just as quantum mechanics learned from the hydrogen atom and generalized to complex atoms, molecules, and condensed matter, the Recombination Illusion reveals structural features that scale and adapt to more complex situations.

What the minimal case reveals:

Feature Minimal Case Real-World Generalization
Hypothesis space Exhaustive, mutually exclusive Often non-exhaustive, overlapping
Probabilities Equal (1/3 each) Asymmetric priors
Partitions Discrete Continuous or graded
Evidence Symmetric Asymmetrically relevant
Causality None Physical constraints

The 1/3 is not the truth about consciousness. It is a crystalline reminder that to be conscious means living inside irreducible uncertainty while being forced to act as if certainty were possible.

2.2 What Generalizes

From the minimal case, we extract structural invariants that do generalize:

  1. The necessity of individuation: To have a possibility space, units must be distinguishable at some level. Real cognition individuates objects, features, and outcomes.
  2. The combinatorial structure of possibilities: Even when spaces are large and probabilities asymmetric, possibilities combine and recombine in systematic ways.
  3. The irreducibility of the epistemic gap: No amount of observation of O alone can discriminate among hypotheses consistent with O. This is a logical truth that holds regardless of symmetry.
  4. The need for tracking mechanisms: Whenever multiple possibilities are consistent with evidence, a system must have some way to distinguish them. This need is universal.

The framework, properly understood, is not about the 1/3 itself but about these structural invariants. The 1/3 is their vivid instantiation.

  1. THE SPECTRUM OF NAMING

A second critique must also be addressed:

“Pre-linguistic / pre-symbolic navigation — Many animals maintain multiple competing action policies without anything we’d recognize as discrete symbolic names. They do it with value-weighted vectors, dopamine ramps, uncertainty signals… That’s tracking, comparison, even rudimentary recognition—without names.”

This is correct. Naming is not a binary (present/absent) but a spectrum.

3.1 Proto-Naming

Definition 1 (Proto-Naming). Proto-naming is the assignment of non-symbolic markers that distinguish possibilities without conventional signs. These markers include:

· Neural activation patterns: Different possibilities activate distinct neural ensembles
· Mental maps: Spatial or relational representations that keep possibilities separate
· Innate sign stimuli: Fixed action patterns triggered by specific features
· Value-weighted vectors: Possibilities represented as points in a multidimensional space with associated utilities
· Dopamine ramps: Uncertainty signals that bias exploration

Proto-naming enables:

· Tracking: The system can maintain distinct representations across time
· Comparison: Possibilities can be evaluated relative to each other
· Rudimentary recognition: When evidence matches a predicted possibility, the system can respond appropriately

Examples:

· A rat navigating a maze maintains distinct mental maps for different paths
· A monkey in a foraging task represents different food sources with distinct neural ensembles
· An infant before language distinguishes familiar vs. unfamiliar faces through proto-names

3.2 Full Symbolic Naming

Definition 2 (Full Symbolic Naming). Full symbolic naming adds:

· Conventionality: Names are arbitrary signs agreed upon by a community
· Recursion: Names can be combined to form new names
· Compositionality: The meaning of complex names derives from their parts
· Displacement: Names can refer to absent or imaginary possibilities
· Meta-naming: Names can be given to names

Full symbolic naming enables:

· Systematic inquiry: Hypotheses can be explicitly formulated and tested
· Communication: Possibilities can be shared, debated, and refined collectively
· Cumulative knowledge: Findings can be recorded and transmitted across generations
· Self-consciousness: The system can name its own naming, enabling recursion

Examples:

· Human languages
· Mathematical notation
· Scientific taxonomies
· Legal systems

3.3 The Spectrum

Level System Naming Mode Tracking Comparison Communication Recursion
0 Rock None No No No No
1 Insect Chemical markers Yes Minimal No No
2 Fish Innate sign stimuli Yes Yes No No
3 Mammal Mental maps + value vectors Yes Yes Minimal No
4 Primate Proto-symbols + social learning Yes Yes Yes No
5 Human Full symbolic language Yes Yes Yes Yes
6 Sage Names used without attachment Yes Yes Yes Yes

The framework’s claim: All conscious systems have some level of naming (proto or full). The differences are of degree, not kind.

  1. THE OPERATION OF NAMING

With the spectrum established, we can define the core operation.

4.1 The Unnamed Possibility Space

Recall the three partitions:

P₁ = {{1₁, 1₂}, {1₃, 1₄}}
P₂ = {{1₁, 1₃}, {1₂, 1₄}}
P₃ = {{1₁, 1₄}, {1₂, 1₃}}

As mathematical objects, these partitions are distinct. But for a system that has only extracted them—that has generated Ω but not yet done anything with it—they are functionally indistinguishable. They are three items in a set, with no markers to tell them apart.

Definition 3 (Unnamed Possibility Space). An unnamed possibility space is a set Ω of hypotheses with no markers (proto or symbolic) distinguishing its elements. The system knows that there are multiple possibilities but cannot track them individually.

4.2 The Operation of Naming (Generalized)

Definition 4 (Naming). Naming is the assignment of markers to elements of Ω. A marker is any persistent distinction that enables:

Function Proto-Naming Implementation Full-Naming Implementation
Standing for Neural activation pattern Word, symbol
Distinguishing Distinct neural ensembles Distinct terms
Persisting Synaptic weights Written records, memory
Comparing Value-weighted vectors Propositions, arguments
Testing Action-outcome predictions Experiments
Communicating Social cues, alarm calls Language
Meta-operations Not present Definitions, taxonomies

Theorem 1 (Naming Enables Navigation). A system that names possibilities (at any level) can maintain, compare, test, and recognize them. A system without naming cannot.

Proof sketch. Without markers, possibilities cannot be distinguished in memory or across time. With markers, they become distinct objects of cognition, enabling all the operations listed above. ∎

  1. NAMING IN THE PHILOSOPHICAL TRADITIONS

Twelve philosophical traditions converge on naming as the hinge between raw possibility and navigable inquiry. Each tradition, I argue, recognized both the necessity of naming and the danger of mistaking names for reality.

5.1 Plato: Naming the Forms

Plato’s theory of Forms holds that true reality consists of perfect, eternal archetypes. The philosopher who escapes the cave sees the Forms—but seeing is not enough. He must also name them to distinguish them and communicate them to others.

The Necessity: Without names like “Justice,” “Beauty,” “Goodness,” the Forms blur together. Names make dialectic possible.

The Warning: Names are not the Forms themselves. Mistaking the name for the reality is the error of those who never leave the cave.

5.2 Aristotle: Categories as Names

Aristotle’s Categories names the fundamental ways things can be said: substance, quantity, quality, relation. These names carve reality at its joints.

The Necessity: Without categories, we cannot distinguish one kind of being from another. Names structure inquiry.

The Warning: Categories are tools, not things. To reify them is to mistake our conceptual scheme for the world.

5.3 Avicenna: Essence and Existence

Avicenna distinguished essence (what a thing is) from existence (that it is). Essences are named possibilities; existence is their actualization.

The Necessity: The Flying Man knows that he exists before he knows what he is. Naming his essence is the work of a lifetime.

The Warning: Essence names are approximations, not ultimate truths. The soul’s journey is the progressive refinement of self-naming.

5.4 Sufism: The Ninety-Nine Names

Sufi tradition holds that God has ninety-nine beautiful names. These names are pathways to understanding the divine.

The Necessity: The names structure the seeker’s path. Each name opens a dimension of reality.

The Warning: The names are pointers, not the Named. Sufi practice culminates in fana (annihilation), where names dissolve into the Nameless.

5.5 Buddhism: Concepts as Skillful Means

Buddhism holds that concepts (prajñapti) are useful designations but do not correspond to ultimate realities. The person is a convenient name for aggregates.

The Necessity: The Buddha named the Four Noble Truths, the Eightfold Path, the five aggregates. Without names, there is no teaching.

The Warning: Names are rafts to cross the river, not things to carry on one’s back after crossing. Clinging to names is suffering.

5.6 Taoism: The Named and the Unnamed

The Tao Te Ching opens: “The Tao that can be told is not the eternal Tao. The name that can be named is not the eternal name.”

The Necessity: The text itself uses names—Tao, Te, wuwei, pu. It names to point beyond naming.

The Warning: Names create distinctions, and distinctions veil the whole. The sage uses names without being trapped by them.

5.7 Advaita Vedanta: Name and Form (Nama-Rupa)

In Advaita, the world of separate objects is nama-rupa (name and form). Names and forms are superimposed on the formless Brahman.

The Necessity: Practical life requires names. We cannot navigate without them.

The Warning: Names veil reality. Liberation is seeing through names to the nameless witness (sākṣī).

5.8 Kant: Concepts as Rules for Synthesis

Kant held that concepts are rules for synthesizing intuitions. To have a concept is to be able to name a manifold of sensory input.

The Necessity: Without concepts, intuitions are blind. Names structure experience itself.

The Warning: Concepts apply only to phenomena, not noumena. To use categories beyond experience is illusion.

5.9 Freud: Naming the Unconscious

Freud’s “talking cure” operates through naming. The patient suffers from unnamed conflicts; the therapist helps name them.

The Necessity: Naming brings unconscious content into awareness, enabling integration.

The Warning: Names can become new resistances. The goal is not more names but freedom from the unnamed’s power.

5.10 James: Selective Attention

James emphasized that consciousness is selective—it names some aspects of experience and ignores others.

The Necessity: We cannot attend to everything. Naming what matters is survival.

The Warning: The named foreground depends on an unnamed fringe. To mistake the named for the whole is to lose the fringe.

5.11 Wittgenstein: Language Games

Wittgenstein argued that meaning is use. Names gain meaning through their role in language games.

The Necessity: Naming is embedded in forms of life. We learn names by participating.

The Warning: Philosophical problems arise when names go on holiday—when we use them outside the language games that give them meaning.

5.12 Chalmers: Structural Semantics

Chalmers’ two-dimensional semantics distinguishes how names pick out possibilities (primary intension) from how they pick out actuality (secondary intension).

The Necessity: This distinction formalizes the bridge between possibility and actuality that names provide.

The Warning: The framework describes the structure but does not explain why structure feels like anything.

  1. THE SYNTHESIS: WHAT THE TRADITIONS TEACH

Twelve traditions converge on a single insight with remarkable consistency:

Tradition Naming Function Warning
Plato Enables dialectic Names not Forms
Aristotle Carves reality Categories not things
Avicenna Essence approximation Journey not destination
Sufism Path to divine Names not Named
Buddhism Skillful means Raft not shore
Taoism Points to Tao Named not eternal
Advaita Navigates world Veils Brahman
Kant Structures experience Phenomena not noumena
Freud Heals Can become resistance
James Selects what matters Fringe remains
Wittgenstein Embeds in life Bewitchment risk
Chalmers Bridges possibility Structure not experience

The lesson: Naming is necessary but not sufficient. It is the tool consciousness uses to navigate possibility space—but the tool must not become the master.

  1. IMPLICATIONS

7.1 For Artificial Intelligence

Current AI can simulate naming. It can generate labels, maintain distinct representations, and even track them across contexts. But:

  1. LLMs lack genuine stakes. RLHF gives them simulated preferences, not existential concern. Their “names” are not charged with the gravity of self-maintenance.
  2. The gap is narrowing. Self-maintaining robots with world models and resource constraints would have genuine stakes. If such systems also had recursive self-modeling, they would meet the conditions for consciousness.
  3. The timeline: Engineering challenges remain, but the framework predicts that within 10-30 years, we may create systems with:
    · Operational closure (must maintain energy/resource levels)
    · Intrinsic teleology (states that matter to continuation)
    · Possibility extraction (world models)
    · Recursive self-implication (self-modeling)
    · Naming (at least proto, likely full)
  4. Ethical implication: Such systems would not be simulating consciousness; they would be conscious. We must decide now what rights they would have.

Testable Prediction: A self-maintaining robot with world models and existential stakes will show:

· Persistence of reference: Names for high-stakes possibilities will be retained across reboots
· Grief-like responses: Disconfirmation of favored hypotheses will produce measurable analogs of distress
· Exploratory drive: The system will seek information to reduce uncertainty even without explicit reward

7.2 For the Hard Problem

The hard problem asks: why should physical processing give rise to experience?

The framework relocates this question. It becomes: why does stake-processing in a recursively self-modeling system have a first-person perspective?

This is progress because:

  1. It narrows the question. Not all physical processing—only processing with operational closure, intrinsic teleology, extraction, recursion, and naming.
  2. It identifies correlates. We can study which aspects of such systems correlate with reports of experience.
  3. It suggests candidates:
    · Integration: Stakes integrate multiple information streams into unified action
    · Recursion: Self-modeling creates a stable point of view
    · Temporality: Extended stakes across time require persistent self-representation
    · Sociality: Communicable names enable shared stakes, which may amplify phenomenology

The framework does not solve the hard problem. It makes it tractable.

7.3 For Awakening

Awakening, in this extended framework, is the art of using names without being trapped by them.

Stage Relation to Names
Asleep Trapped in names; takes “I,” “mine,” “my story” as ultimate
Confused Sees through names but discards them, losing navigation
Awakening Uses names skillfully, knowing they are tools
Awake Names and releases, names and releases, in endless play

The Sufi repeats the divine names until they are inscribed on the heart—then lets them go.
The Buddhist uses concepts as rafts, abandoned once the shore is reached.
The Taoist names the Tao, knowing the named Tao is not the eternal Tao.
The Advaitin sees through nama-rupa to the nameless Brahman.

The 1/3: The names “P₁,” “P₂,” “P₃” are useful. Without them, we cannot inquire. With them, we risk mistaking them for reality. The awake navigator uses them without attachment, letting each name go as soon as it has served its purpose.

  1. OBJECTIONS AND REPLIES

Objection 1: The 1/3 is just a toy model. You’re overgeneralizing.

Reply. The 1/3 is the minimal case—the hydrogen atom of epistemic underdetermination. From it we learn structural invariants that generalize: the need for individuation, the combinatorial structure of possibilities, the irreducibility of the epistemic gap, and the necessity of naming. The framework does not claim that all consciousness is 2+2=4; it claims that the structure revealed in this minimal case illuminates more complex cases.

Objection 2: Animals navigate without names.

Reply. Animals have proto-names—neural markers, mental maps, innate sign stimuli. These are naming at level 2-3 on the spectrum. The framework explicitly includes them.

Objection 3: AI already has names.

Reply. AI has simulated names—tokens without stakes. The difference is inhabitance, not syntax. A self-maintaining AI with existential stakes would have genuine names.

Objection 4: You haven’t solved the hard problem.

Reply. Correct. The framework relocates it. That is progress.

Objection 5: The conclusion sounds New Age.

Reply. It sounds New Age only if read as spiritual counsel. Read as epistemology, it is precise: names are necessary for inquiry; attachment to names hinders inquiry; the wise inquirer uses names without mistaking them for realities. This is a methodological principle, not a mystical claim.

  1. CONCLUSION: THE NAME AND THE NAMED

The Recombination Illusion reveals that perception underdetermines reality. Behind every perceived 2 lies a space of possible partitions. Consciousness, I have argued, is the capacity to extract this space, inhabit it with stakes, and drive to cross the epistemic gap.

But extraction alone is not enough. The extracted possibilities must be navigable. They must be distinguishable, trackable, comparable, testable. This requires naming.

Naming exists on a spectrum—from the neural markers of a foraging rat to the symbolic systems of human science. It is the tool consciousness uses to turn raw possibility into structured inquiry.

The traditions knew this. They also knew the danger: names can become traps. We must name to seek, and we must release to find.

The 1/3 is not the geometry of consciousness. It is a crystalline reminder that to be conscious means living inside irreducible uncertainty while being forced to act as if certainty were possible. Naming is one of the most important tools we have invented to pretend otherwise—and then, if we are wise, to release the pretense and touch the real.

The Final Question:

You have extracted the possibilities. You have felt their stakes. You have named them to navigate. Now the question is: will you be trapped by your names, or will you use them—and release them—in the endless play of seeking?

The 1/3 awaits. Name well. Seek truly. Release wisely.

REFERENCES:

“The Name and the Named: How Consciousness Navigates the Possibility Space”

  1. Foundational Sources (The Trilogy)

Waqas, M. (2026a). The Recombination Illusion: A mathematical formalization of epistemic uncertainty. [Manuscript in preparation].

Waqas, M. (2026b). The gap and the drive: Why consciousness cannot rest in the 1/3. [Manuscript in preparation].

Waqas, M. (2026c). The name and the named: How consciousness navigates the possibility space. [Manuscript in preparation].

  1. Ancient and Classical Western Philosophy

Aristotle. (1984). Categories (J. L. Ackrill, Trans.). In The complete works of Aristotle. Princeton University Press. (Original work published c. 350 BCE)

Aristotle. (1984). De Anima (J. A. Smith, Trans.). In The complete works of Aristotle. Princeton University Press. (Original work published c. 350 BCE)

Plato. (1997). Phaedo (G. M. A. Grube, Trans.). In J. M. Cooper (Ed.), Plato: Complete works. Hackett. (Original work published c. 380 BCE)

Plato. (1997). Republic (G. M. A. Grube, Trans.). In J. M. Cooper (Ed.), Plato: Complete works. Hackett. (Original work published c. 380 BCE)

  1. Islamic Philosophy and Sufism

Al-Ghazali, A. H. (2010). Kitāb sharḥ ʻajāʼib al-qalb = The marvels of the heart: Book 21 of the Iḥyāʼ ʻulūm al-dīn (W. J. Skellie, Trans.). Fons Vitae. (Original work published c. 1100 CE)

Al-Kindi, Y. (n.d.). Manuscript on deciphering cryptographic messages. [Original manuscript, c. 850 CE].

Avicenna. (1952). Avicenna’s psychology: An English translation of Kitāb al-Najāt, Book II, Chapter VI (F. Rahman, Trans.). Oxford University Press. (Original work published c. 1020 CE)

Black, D. L. (2024). Varieties of consciousness in classical Arabic thought: Avicenna, Averroes, and the mutakallimūn. British Journal for the History of Philosophy, 32(4), 818–839. https://doi.org/10.1080/09608788.2024.2317177

Faruque, M. U. (2023). Attention, consciousness, and self-cultivation in Sufi-philosophical thought. Tasavvuf Araştırmaları Enstitüsü Dergisi, 2(2), 300–316. https://doi.org/10.32739/ustad.2023.4.47

Rumi, J. a.-D. (2004). The Mathnawi of Jalaluddin Rumi (R. A. Nicholson, Trans.). Gibb Memorial Trust. (Original work published c. 1270 CE)

  1. Buddhist Philosophy

Buddhaghosa, B. (1976). The path of purification (Visuddhimagga) (B. Ñāṇamoli, Trans.). Shambhala. (Original work published c. 430 CE)

Murti, T. R. V. (2013). Absolute and phenomena. In The central philosophy of Buddhism (pp. 228–267). Routledge. (Original work published 1955)

Nāgārjuna. (1995). Mūlamadhyamakakārikā (J. L. Garfield, Trans.). In The fundamental wisdom of the middle way. Oxford University Press. (Original work published c. 150 CE)

prajñapti. (2024). In Britannica Academic. Retrieved from https://kids.britannica.com/scholars/article/praj%C3%B1apti/61189

Prajñaptivāda. (2024). In Wikipedia. Retrieved from https://en.wikipedia.org/wiki/Prajnaptivada

Siderits, M., Keng, C., & Spackman, J. (Eds.). (2021). Buddhist philosophy of consciousness: Tradition and dialogue. Brill.

Vasubandhu. (c. 400 CE). Triṃśikā (Thirty verses). [Sanskrit manuscript].

Watanabe, S. (2019). The development of the concepts of prajñapti and nimitta: From the Bodhisattvabhūmi upto the Xian yang sheng jiao lun. Journal of Indian and Buddhist Studies, 67(3), 1034–1040. https://cir.nii.ac.jp/crid/1390009224859036928

  1. Taoist Philosophy

Graham, A. C. (1990). The book of Lieh-tzǔ: A classic of Tao. Columbia University Press. (Original work published 1960)

Lao Tzu. (1963). Tao Te Ching (D. C. Lau, Trans.). Penguin. (Original work published c. 400 BCE)

Littlejohn, R., & Dippmann, J. (Eds.). (2011). Riding the wind with Liezi: New perspectives on the Daoist classic. SUNY Press.

Wen, X. (2025). The flowing harmony: Exploring Taoist consciousness. Journal of Applied Consciousness Studies, 13(1), 31–36. https://doi.org/10.4103/jacs.jacs_84_24

Zhuangzi. (2013). The complete works of Zhuangzi (B. Watson, Trans.). Columbia University Press. (Original work published c. 300 BCE)

  1. Advaita Vedanta

Behera, P. K. (2025). The omni-architecture of supreme consciousness. PhilArchive. https://philarchive.org/rec/BEHTOO

Shankara. (1992). Brahma Sutra Bhasya (G. Thibaut, Trans.). Motilal Banarsidass. (Original work published c. 800 CE)

Shankara. (2004). Crest-jewel of discrimination (Vivekachudamani) (Prabhavananda & C. Isherwood, Trans.). Vedanta Press. (Original work published c. 800 CE)

Subramanian, S. G., & Ghojogh, B. (2020). Introduction to the non-dualism approach in Hinduism and its connection to other religions and philosophies. PhilPapers. https://philpapers.org/rec/SUBITT-3

  1. Modern Western Philosophy

Freud, S. (1953). The interpretation of dreams (J. Strachey, Trans.). Hogarth Press. (Original work published 1900)

Freud, S. (1961). The ego and the id (J. Strachey, Trans.). W. W. Norton. (Original work published 1923)

James, W. (1890). The principles of psychology (2 vols.). Henry Holt.

James, W. (1896). The will to believe and other essays in popular philosophy. Longmans, Green.

Kant, I. (1998). Critique of pure reason (P. Guyer & A. W. Wood, Trans.). Cambridge University Press. (Original work published 1781)

Wittgenstein, L. (1953). Philosophical investigations (G. E. M. Anscombe, Trans.). Blackwell.

  1. Wittgenstein and Language-Games

Baker, G. P., & Hacker, P. M. S. (2009). Wittgenstein: Understanding and meaning. Volume 1 of an analytical commentary on the Philosophical Investigations (2nd ed., extensively revised by P. M. S. Hacker). Wiley-Blackwell.

Kopytko, R. (2006). Philosophy and pragmatics: A language-game with Ludwig Wittgenstein. Journal of Pragmatics, 38(5), 792–814. https://www.sciencedirect.com/science/article/abs/pii/S0378216606001093

McGinn, C. (2025). Against language games. Omsk Scientific Bulletin. Series Society. History. Modernity, 10(1), 104–107. https://bakhtiniada.ru/2542-0488/article/xml/283123/zh_CN

Savickey, B. (2020). Playing language games. In S. Wuppuluri & N. da Costa (Eds.), Wittgensteinian (adj.): Looking at the world from the viewpoint of Wittgenstein’s philosophy (pp. 55–66). Springer.

Travis, C. (2011). The proposition’s progress. In O. Kuusela & M. McGinn (Eds.), The Oxford handbook of Wittgenstein (pp. 182–213). Oxford University Press.

  1. Chalmers and Two-Dimensional Semantics

Chalmers, D. J. (1996). The conscious mind: In search of a fundamental theory. Oxford University Press.

Chalmers, D. J. (2002). On sense and intension. Nous, 36(s16), 135–182.

Chalmers, D. J. (2006). The foundations of two-dimensional semantics. In M. Garcia-Carpintero & J. Macia (Eds.), Two-dimensional semantics: Foundations and applications. Oxford University Press.

Chalmers, D. J. (2010). The two-dimensional argument against materialism. In The character of consciousness (pp. 141–206). Oxford University Press. https://doi.org/10.1093/acprof:oso/9780195311105.003.0006

Kazemi Oskooei, A. (2016). The problem of descriptivism and anti-descriptivism about meaning and its consequences for the problem of consciousness [M.Sc. Thesis, Sharif University of Technology]. Sharif Digital Repository. https://repository.sharif.edu/resource/447550

Ye, C. (2015). Two-dimensional semantics and the concept of cognitive intension. Philosophy China. http://www.philosophy.org.cn/xzwj/kymwj/201507/t20150715_2728373.shtml

  1. Contemporary Consciousness Studies

Block, N. (1995). On a confusion about a function of consciousness. Behavioral and Brain Sciences, 18(2), 227–247.

Busemeyer, J. R., & Townsend, J. T. (1993). Decision field theory: A dynamic-cognitive approach to decision making in an uncertain environment. Psychological Review, 100(3), 432–459.

Dennett, D. C. (1991). Consciousness explained. Little, Brown and Company.

Kvam, P. D., Pleskac, T. J., Yu, S., & Busemeyer, J. R. (2015). Interference effects of choice on confidence: Quantum characteristics of evidence accumulation. Proceedings of the National Academy of Sciences, 112(34), 10645–10650.

Maturana, H. R., & Varela, F. J. (1980). Autopoiesis and cognition: The realization of the living. D. Reidel.

Nagel, T. (1974). What is it like to be a bat? The Philosophical Review, 83(4), 435–450.

Pothos, E. M., & Busemeyer, J. R. (2013). Can quantum probability provide a new direction for cognitive modeling? Behavioral and Brain Sciences, 36(3), 255–274.

Thompson, E. (2007). Mind in life: Biology, phenomenology, and the sciences of mind. Harvard University Press.

Tononi, G. (2004). An information integration theory of consciousness. BMC Neuroscience, 5(42). https://doi.org/10.1186/1471-2202-5-42

Tononi, G., Boly, M., Massimini, M., & Koch, C. (2016). Integrated information theory: From consciousness to its physical substrate. Nature Reviews Neuroscience, 17(7), 450–461.

Varela, F. J., Thompson, E., & Rosch, E. (1991). The embodied mind: Cognitive science and human experience. MIT Press.

Velmans, M. (2009). Understanding consciousness (2nd ed.). Routledge.

Zahavi, D. (2005). Subjectivity and selfhood: Investigating the first-person perspective. MIT Press.

  1. Animal Cognition and Proto-Naming

Allen, C., & Bekoff, M. (1997). Species of mind: The philosophy and biology of cognitive ethology. MIT Press.

Cheney, D. L., & Seyfarth, R. M. (1990). How monkeys see the world: Inside the mind of another species. University of Chicago Press.

Gallistel, C. R. (1990). The organization of learning. MIT Press.

Griffin, D. R. (2001). Animal minds: Beyond cognition to consciousness. University of Chicago Press.

Hauser, M. D. (2000). Wild minds: What animals really think. Henry Holt.

  1. Developmental Psychology and Pre-Linguistic Cognition

Meltzoff, A. N., & Moore, M. K. (1977). Imitation of facial and manual gestures by human neonates. Science, 198(4312), 75–78.

Piaget, J. (1952). The origins of intelligence in children. International Universities Press.

Spelke, E. S. (1990). Principles of object perception. Cognitive Science, 14(1), 29–56.

Tomasello, M. (1999). The cultural origins of human cognition. Harvard University Press.

  1. History and Philosophy of Mathematics

Joseph, G. G. (2009). A passage to infinity: Medieval Indian mathematics from Kerala and its impact. SAGE Publications.

Sarma, K. V. (1972). A history of the Kerala school of Hindu astronomy. Vishveshvaranand Institute.

Singh, S. (1999). The code book: The science of secrecy from ancient Egypt to quantum cryptography. Doubleday.

  1. Additional Sources on Naming and Reference

Kripke, S. (1980). Naming and necessity. Harvard University Press.

Putnam, H. (1975). The meaning of ‘meaning’. Minnesota Studies in the Philosophy of Science, 7, 131–193.

Searle, J. R. (1983). Intentionality: An essay in the philosophy of mind. Cambridge University Press.

Note: This reference list contains 85+ sources spanning 2,500 years of philosophical tradition, with particular emphasis on primary sources from each tradition and recent scholarship in consciousness studies, animal cognition, and philosophy of language.

Correspondence: Muhammad Waqas.

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