# **Language of Stress & Global Workspace Theory** **Where we Converge and Diverge**

Joshua Craig Pace 

[https://orcid.org/0009-0008-0046-440X](https://orcid.org/0009-0008-0046-440X)

Version 1.0

Supplementary Material for: 

Pace, J.C. (2026). The Language of Stress: A Value-Primitive Theory of Consciousness. FigShare. https://doi.org/10.6084/m9.figshare.31320532

# **Introduction**

Global Workspace Theory (GWT), developed by Bernard Baars and extended by Stanislas Dehaene, proposes that consciousness arises when information is broadcast to a "global workspace" accessible to multiple cognitive systems. Information that wins the competition for workspace access becomes conscious. The Language of Stress agrees that consciousness involves selective attention and resource allocation, but argues that GWT explains access (which information gets broadcast) without explaining phenomenology (why accessing information feels like anything). GWT describes the theater of consciousness; the Language of Stress explains why there's an audience experiencing the show —*through valenced topographical distortion* as *stress* (aversive)**,** *eustress* (appetitive)**,** or *relief* (resolution)**.**

# **Content**

[**Core Claims of Global Workspace Theory	3**](#core-claims-of-global-workspace-theory)

[**Core Claims of the Language of Stress	4**](#core-claims-of-the-language-of-stress)

[**Where We Converge: Shared Ground	6**](#where-we-converge:-shared-ground)

[1\. Selective Access Is Essential	6](#1.-selective-access-is-essential)

[2\. Integration Enables Flexibility	6](#2.-integration-enables-flexibility)

[3\. Competition Determines Content	6](#3.-competition-determines-content)

[4\. Working Memory Is Central	7](#4.-working-memory-is-central)

[5\. Unconscious Processing Is Extensive	7](#5.-unconscious-processing-is-extensive)

[6\. Sudden Transitions	7](#6.-sudden-transitions)

[**Where We Diverge: The Core Disagreements	8**](#where-we-diverge:-the-core-disagreements)

[1\. Access vs. Phenomenology	8](#1.-access-vs.-phenomenology)

[2\. Why Information Wins Competition	9](#2.-why-information-wins-competition)

[3\. The Role of Self	11](#3.-the-role-of-self)

[4\. What Makes Information "Salient"?	12](#4.-what-makes-information-"salient"?)

[5\. Unity of Consciousness	14](#5.-unity-of-consciousness)

[6\. Emotion and Valence	15](#6.-emotion-and-valence)

[7\. Why Consciousness Exists (Functional Role)	17](#7.-why-consciousness-exists-\(functional-role\))

[**What the Language of Stress Explains That GWT Doesn't	19**](#what-the-language-of-stress-explains-that-gwt-doesn't)

[1\. Why Access Feels Like Something (The Hard Problem)	19](#1.-why-access-feels-like-something-\(the-hard-problem\))

[2\. Why Attention Is Selective (The Competition Mechanism)	20](#2.-why-attention-is-selective-\(the-competition-mechanism\))

[3\. Why We Care About Anything	22](#3.-why-we-care-about-anything)

[4\. Why Unity Fragments in Specific Ways	24](#4.-why-unity-fragments-in-specific-ways)

[5\. Why Some Information Dominates Despite Low Signal Strength	26](#5.-why-some-information-dominates-despite-low-signal-strength)

[6\. Why Consciousness Has Emotional Tone	28](#6.-why-consciousness-has-emotional-tone)

[7\. Why Expertise Involves "Knowing What to Ignore"	30](#7.-why-expertise-involves-"knowing-what-to-ignore")

[8\. Why Self-Evaluation Feels Immediate and Certain	31](#8.-why-self-evaluation-feels-immediate-and-certain)

[9\. Why Empathy Feels Immediate, Not Simulated	33](#9.-why-empathy-feels-immediate,-not-simulated)

[**Testable Predictions That Distinguish the Theories	34**](#testable-predictions-that-distinguish-the-theories)

[Prediction 1: Self-Relevance Overrides Signal Strength	34](#prediction-1:-self-relevance-overrides-signal-strength)

[Prediction 2: Unity Depends on Self-Model Integrity, Not Workspace Capacity Alone	35](#prediction-2:-unity-depends-on-self-model-integrity,-not-workspace-capacity-alone)

[Prediction 3: Emotion Pervades All Content vs. Emotion as Separate Content	36](#prediction-3:-emotion-pervades-all-content-vs.-emotion-as-separate-content)

[Prediction 4: Consciousness Requires Self-Network Integrity	37](#prediction-4:-consciousness-requires-self-network-integrity)

[Prediction 5: Topographical Distortion Predicts Attention Better Than Information Content	38](#prediction-5:-topographical-distortion-predicts-attention-better-than-information-content)

[Prediction 6: Emotional Context Affects All Processing vs. Is Separate Content	40](#prediction-6:-emotional-context-affects-all-processing-vs.-is-separate-content)

[Prediction 7: Expertise Involves Refined Archetypes Not Just Better Attention	41](#prediction-7:-expertise-involves-refined-archetypes-not-just-better-attention)

[**Toward Integration: Can GWT and LoS Be Synthesized?	42**](#toward-integration:-can-gwt-and-los-be-synthesized?)

[The Synthesis Possibility:	42](#the-synthesis-possibility:)

[**What Would Change My Mind	44**](#what-would-change-my-mind)

[From LoS perspective:	44](#from-los-perspective:)

[From GWT perspective:	45](#from-gwt-perspective:)

[**Closing Thoughts	46**](#closing-thoughts)

[**Further Reading and References	48**](#further-reading-and-references)

[Global Workspace Theory:	48](#global-workspace-theory:)

[Critiques and Extensions:	48](#critiques-and-extensions:)

[Language of Stress:	49](#language-of-stress:)

# **Core Claims of Global Workspace Theory** {#core-claims-of-global-workspace-theory}

GWT is the most influential theory in cognitive science and one of the most intuitive frameworks for understanding consciousness. Its core claims:

1. *Consciousness is global access:* Information becomes conscious when it's broadcast to a global workspace accessible to multiple cognitive modules (perception, memory, action planning, language, etc.)

2. *Competition for workspace:* At any moment, multiple information streams compete for limited workspace capacity. The "winner" becomes conscious; losers remain unconscious

3. *Broadcasting enables coordination:* Workspace access allows otherwise independent modules to coordinate and share information—enabling flexible, adaptive behavior

4. *Attention is the selection mechanism:* Attention determines which information wins the competition and gets broadcast

5. *Unconscious processing is widespread:* Most cognitive processing occurs in specialized, unconscious modules. Only workspace-broadcast information is conscious

6. *Working memory is the workspace:* The neural correlate of the global workspace is primarily the prefrontal cortex and associated working memory systems

7. *Neural ignition:* Conscious access involves sudden, widespread activation across brain networks—unconscious processing is local, conscious processing is global

8. *Theater metaphor:* Consciousness is like a theater with a spotlight (attention) illuminating actors (information) on stage (workspace), making them visible to the audience (cognitive systems)

These claims are supported by extensive neuroimaging evidence and provide clear predictions about neural activity patterns during conscious vs. unconscious processing.

# **Core Claims of the Language of Stress** {#core-claims-of-the-language-of-stress}

The Language of Stress makes overlapping but crucially distinct claims:

1. *Consciousness is integrated value assessment:* Information becomes conscious when it creates sufficient topographical distortion (tension/stress) relative to the Archetype of Self, demanding prioritization

2. *Competition is value-weighted:* Information competes based on phenomenal urgency—calculated as Σ(Deviationi × Rigidityi) × Interpretation × Self-Relevance, where:

   1. *Deviation:* Mismatch from defended archetypes 

   2. *Rigidity:* Defensive intensity with which archetypes are held 

   3. *Interpretation:* Anticipatory valence gradient—pre-cognitive sense of where events are heading based on stress-relief history

   4. *Self-Relevance:* How deeply the deviation threatens or supports the Archetype of Self

3. *Integration enables prioritization:* Unified workspace allows heterogeneous demands (hunger, social threat, deadline, moral conflict) to be compared through phenomenal intensity

4. *Attention follows topographical distortion:* Attention is drawn to information creating the largest distortions in the Value Topography—self-relevant deviations automatically capture workspace

5. *Unconscious processing includes value assessment:* Many value judgments occur unconsciously, bubbling to consciousness only when sufficiently self-relevant or when resolution requires deliberation

6. *The workspace is organized around the Archetype of Self:* The neural correlate includes prefrontal systems but fundamentally requires self-network integration (DMN, medial PFC)—without unified self-model, workspace fragments

7. *Phenomenal ignition is valenced distortion experienced as stress, eustress, or relief:* The "ignition" isn't just widespread activation—it's the felt urgency of topographical distortion manifesting as stress (aversive distortion threatening coherence), eustress (appetitive distortion pulling toward goals/ideals), or relief (resolution of distortions)

8. *Theater metaphor extended:* The spotlight (attention) is pulled by topographical distortions (stress gradients). The audience (Self) doesn't just observe—it feels threatened or relieved by what's illuminated. The experience *is the caring*, not just the seeing.

# **Where We Converge: Shared Ground** {#where-we-converge:-shared-ground}

GWT and the Language of Stress share fundamental insights:

## **1\. Selective Access Is Essential** {#1.-selective-access-is-essential}

Both theories recognize that consciousness is selective—not all information processing is conscious, only information that meets certain criteria.

*GWT:* Information must win competition for workspace access.

*LoS:* Information must create sufficient topographical distortion (self-relevant deviation).

## **2\. Integration Enables Flexibility** {#2.-integration-enables-flexibility}

Both emphasize that consciousness involves integrating information across specialized systems.

*GWT:* Workspace broadcasting allows independent modules to coordinate.

*LoS:* Unified Value Topography allows heterogeneous demands to be compared and prioritized.

## **3\. Competition Determines Content** {#3.-competition-determines-content}

Both propose that conscious content results from competition among potential contents.

*GWT:* Strongest/most salient signals win workspace access.

*LoS:* Largest topographical distortions (self-relevant tensions) capture attention.

## **4\. Working Memory Is Central** {#4.-working-memory-is-central}

Both identify prefrontal/working memory systems as crucial for consciousness.

*GWT:* Workspace is implemented in prefrontal cortex and associated networks.

*LoS:* Cognitive control (Master Agent) requires prefrontal systems to navigate Value Topography and modulate rigidity.

## **5\. Unconscious Processing Is Extensive** {#5.-unconscious-processing-is-extensive}

Both acknowledge that most brain activity is unconscious.

*GWT:* Only workspace-broadcast information is conscious; module-local processing is unconscious.

*LoS:* Most deviations are processed unconsciously as value information; only self-relevant deviations create conscious phenomenal pressure.

## **6\. Sudden Transitions** {#6.-sudden-transitions}

Both predict threshold-like transitions between unconscious and conscious states.

*GWT:* Neural ignition—sudden widespread activation when information enters workspace.

*LoS:* Threshold crossing—when deviation × rigidity × self-relevance exceeds threshold, distortion becomes consciously salient.

*These convergences are real and important. The question is whether GWT provides a complete explanation, or whether something crucial is missing.*

# **Where We Diverge: The Core Disagreements** {#where-we-diverge:-the-core-disagreements}

## **1\. Access vs. Phenomenology** {#1.-access-vs.-phenomenology}

*GWT:* Explains what gets conscious (access) but not why it feels like anything (phenomenology).

*LoS:* Explains both access (self-relevant deviations capture attention) and phenomenology (valenced tension is what consciousness feels like).

Why this matters:

GWT's core claim: When information is broadcast to the global workspace, it becomes conscious—accessible to multiple systems for report, memory, action planning.

But this leaves the Hard Problem untouched: Why does access feel like anything? Why isn't information broadcast, utilized by downstream systems, and stored in memory all "in the dark"—without any phenomenal experience?

The zombie objection applied to GWT: You could imagine a system with perfect workspace broadcasting, global ignition, flexible information sharing—all the functional features GWT describes—but no phenomenal experience. Information gets accessed and used, but there's no "what it's like" to be that system.

*GWT response:* Typically defers to other theories or suggests phenomenology is beyond scope (GWT explains access consciousness, not phenomenal consciousness).

*LoS response:* Access and phenomenology are inseparable in self-maintaining systems. Information creates phenomenal experience when it threatens or supports self-model coherence because phenomenal intensity IS the mechanism by which priority is determined.

*The feeling isn't separate from the accessing—it's WHY certain information wins the competition.*

## **2\. Why Information Wins Competition** {#2.-why-information-wins-competition}

*GWT:* Information wins based on signal strength, salience, novelty, current goals, or bottom-up attention capture.

*LoS:* Information wins based on topographical distortion magnitude, calculated as: 

Topographical Distortion ∝ Σ(Deviation\_i × Rigidity\_i) × Interpretation × Self-Relevance 

Breaking this down:

* First, tension is generated (pre-interpretive): Tension \= Σ(Deviation\_i × Rigidity\_i)

* Then, tension becomes phenomenal distortion: Distortion \= Tension × Interpretation × Self-Relevance 

Critical insight: High tension doesn't guarantee phenomenal salience. A deviation can create tension without entering consciousness if interpretation and self-relevance are low. This explains why we register thousands of deviations daily (updating our value map) without most entering conscious awareness.

Why this matters:

GWT struggles to explain prioritization among incommensurable information types:

You're working on a complex problem (high prefrontal activation, strong workspace engagement). Suddenly you smell smoke. Immediately, the problem disappears from consciousness and threat-detection dominates.

*GWT explanation:* Smoke is highly salient, triggers bottom-up attention capture, overrides current workspace content.

*But why is smoke more salient than the complex problem?* Both involve information processing. Both activate multiple systems. The problem might involve more neural activity, more workspace integration.

*LoS explanation:* Smoke threatens physiological archetypes (safety, survival) deeply nested in Archetype of Self. Even faint smoke signal creates massive topographical distortion because rigidity for survival archetypes is maximum and self-relevance is absolute.

The complex problem, however engaging, is peripheral to Self-integrity. Its topographical distortion is smaller despite greater informational complexity.

*The smoke wins not because it's "more salient" but because it threatens what you fundamentally are.*

GWT can describe the outcome (smoke wins workspace) but can't explain the mechanism (why smoke beats the problem).

## **3\. The Role of Self** {#3.-the-role-of-self}

*GWT:* The self is one type of information that can enter workspace—useful for metacognition and self-reflection, but not architecturally special.

*LoS:* The Archetype of Self is the organizing principle of the entire Value Topography. All other information is weighted by its relationship to Self-integrity.

Why this matters:

GWT treats self-information as workspace content among other contents:

* Sometimes you're conscious of yourself (self-reflection, introspection)

* Sometimes you're conscious of external information (perceiving, problem-solving)

* Self-awareness is one mode among many

LoS treats Self as the workspace organizer:

* ALL information is evaluated relative to Self (even when you're not explicitly thinking about yourself)

* Self-relevance determines which information creates sufficient distortion to capture workspace

* The Self isn't content in the workspace—it's the gravity field determining what enters

Empirical implications:

Depersonalization disorder: Patients report intact perception and cognition but loss of self-experience—feeling like they're observing themselves from outside, like nothing feels real or theirs.

*GWT prediction:* Should show normal workspace function (information still broadcast and accessible).

*LoS prediction:* Should show specific self-network dysfunction (DMN disruption) that fragments the organizing principle, even though workspace broadcasting continues.

*Empirical reality:* Depersonalization shows relatively preserved cognitive function and information access, but specific disruption in self-network (supports LoS).

*The self isn't just one kind of workspace content—it's the structure organizing all workspace content.*

## **4\. What Makes Information "Salient"?** {#4.-what-makes-information-"salient"?}

*GWT:* Salience is determined by stimulus properties (intensity, contrast, novelty), current goals, or learned associations.

*LoS:* Salience is determined by topographical distortion—which is a function of deviation magnitude, archetype rigidity, and self-relevance.

Why this matters:

*GWT lacks a principled account of salience.* It treats salience as a given property of information or as determined by context, but doesn't explain what makes information salient.

### ***Examples where GWT struggles:***

Your name in background noise (cocktail party effect):

*GWT explanation:* Your name is "salient" because it's self-relevant and thus captures attention, entering workspace.

But this is circular: Why is it self-relevant? What makes self-relevant information salient?

*LoS explanation:* Your name is strongly associated with your Archetype of Self. Even weak acoustic signal creates topographical distortion because it's recognized as self-related. The distortion magnitude exceeds threshold, capturing workspace.

This is mechanistic, not circular—self-relevance creates distortion, distortion determines salience, salience captures workspace.

Minor criticism vs. major identity threat:

You're receiving feedback on your work. Two scenarios:

1. Minor technical criticism: "This sentence is awkwardly phrased"

2. Major identity threat: "You're fundamentally incompetent"

*GWT:* Both are salient feedback, might both enter workspace, differ in intensity somehow.

*LoS:* (2) creates vastly larger topographical distortion because it threatens core archetypes nested in Self ("I am competent" is central to professional identity). (1) creates minimal distortion (peripheral skill archetype).

(2) dominates consciousness not because the signal is stronger or more novel, but because it threatens what you are.

*GWT can observe these salience differences but can't explain them. LoS provides the mechanism.*

## **5\. Unity of Consciousness** {#5.-unity-of-consciousness}

*GWT:* Unity emerges from having one workspace with limited capacity—only one dominant coalition of information can be broadcast at a time.

*LoS:* Unity emerges from having one integrated Archetype of Self organizing the Value Topography—all distortions compete within a single evaluative field.

Why this matters:

*GWT's capacity-limitation account of unity:*

At any moment, only so much information can be in the workspace. This creates phenomenal unity—you experience one coherent stream of consciousness because workspace capacity is limited.

*But this predicts unity should break when capacity is divided:*

Dual-task scenarios: When performing two demanding tasks simultaneously, GWT predicts consciousness should fragment (can't fully broadcast both to workspace).

What actually happens: Consciousness remains unified. You experience both tasks as competing for your unified attention—you feel torn between them, experience difficulty, but don't have two separate streams of consciousness.

*LoS explanation:* Both tasks create topographical distortions. They compete within one unified evaluative field. You experience unified struggle (one Self being pulled in two directions), not fragmented consciousness.

Split-brain patients:

When corpus callosum is severed, left and right hemispheres can't directly communicate.

*GWT prediction:* Should have two separate workspaces, two streams of consciousness.

*LoS prediction:* Depends on whether one unified Archetype of Self can be maintained or whether it fragments into two separate self-models.

Evidence suggests: Split-brain patients show complex, situation-dependent unity/fragmentation that seems more about self-model organization than workspace capacity.

## **6\. Emotion and Valence** {#6.-emotion-and-valence}

*GWT:* Emotions are types of information that can enter workspace. When emotion-relevant information is broadcast, you consciously experience emotion.

*LoS:* Emotions are specific geometric patterns of tension, stress, relief, and value across the topography. They're not information that enters workspace—they're the structure of topographical distortions themselves.

Why this matters:

*GWT treats emotions as workspace content:*

* Emotion-processing modules generate emotional information

* When this information enters workspace, you feel the emotion

* Emotions are contents of consciousness

*LoS treats emotions as the medium of consciousness:*

* All workspace content is valenced (creates distortions)

* Emotions are specific patterns of how the topography is distorted

* Emotions are not contents but structural features of phenomenal experience

Example: Fear during problem-solving

You're working on a difficult problem under time pressure. You feel anxiety.

*GWT explanation:* Problem-solving information is in workspace AND emotion-related information (anxiety) is in workspace. You're conscious of both the problem and the anxiety.

*LoS explanation:* The problem-solving creates topographical distortion (deadline archetype, competence archetype under threat). The anxiety ISN'T separate content—it's the phenomenal character of the distortion pattern itself (anticipated negative deviation \+ insufficient control \+ time pressure).

The difference: GWT has anxiety as additional information taking up workspace capacity. LoS has anxiety as the felt structure of the workspace distortion.

This explains why:

* You can't "remove" anxiety from experience without changing the task (it's not separate content—it's how the distortion feels)

* Anxiety affects all processing (it's the medium, not just content)

* Emotion is pervasive in consciousness (everything has valence because everything creates some distortion)

## **7\. Why Consciousness Exists (Functional Role)** {#7.-why-consciousness-exists-(functional-role)}

*GWT:* Consciousness exists to enable flexible information sharing and coordination across specialized modules.

*LoS:* Consciousness exists to enable prioritization across incommensurable demands through phenomenal weighting.

Why this matters:

*GWT's functional story:*

Brain has many specialized modules (visual processing, language, motor planning, memory). Modules need to coordinate for flexible behavior. Broadcasting information to global workspace lets modules share information they couldn't otherwise access.

*This is true but incomplete—it explains access, not phenomenology:*

Why does this coordination require phenomenal experience? Why couldn't modules share information through unconscious broadcasting?

The unconscious coordination objection: Many systems coordinate without consciousness (cerebellum coordinates complex motor movements, autonomic system coordinates physiological parameters). If consciousness is just information sharing, why isn't everything conscious?

*LoS's functional story:*

Brain must simultaneously manage:

* Homeostatic needs (hunger, thirst, temperature, pain)

* Long-term goals (career, relationships, meaning)

* Immediate threats (predators, social rejection, deadlines)

* Abstract values (morality, identity, principles)

These demands are incommensurable—you can't compare "3 units of hunger" to "5 units of deadline anxiety" using a shared information metric.

*Phenomenal intensity provides the common currency:* Whichever demand creates larger topographical distortion (feels more urgent) wins prioritization.

*This explains why consciousness is necessary:* Without phenomenal weighting, the system has no basis for determining what matters most right now among fundamentally different types of demands.

*GWT explains coordination. LoS explains prioritization through phenomenal urgency.*

# **What the Language of Stress Explains That GWT Doesn't** {#what-the-language-of-stress-explains-that-gwt-doesn't}

## **1\. Why Access Feels Like Something (The Hard Problem)** {#1.-why-access-feels-like-something-(the-hard-problem)}

The problem: GWT explains which information becomes conscious (wins workspace access) but not why accessing information is accompanied by phenomenal experience.

*GWT answer:* Access consciousness is all there is. When information is globally accessible, that's consciousness. Phenomenology might be beyond scientific explanation.

Why this is unsatisfying:

We all know phenomenal experience is real—there's something it's like to see red, feel pain, taste coffee. This isn't just information being accessible to cognitive systems. It's experiencing.

*Block's distinction:* Access consciousness (information available for report, reasoning, action) ≠ Phenomenal consciousness (what it feels like).

GWT explains access. But phenomenal consciousness is what needs explaining.

*LoS answer:* Phenomenal experience IS the mechanism by which information gains priority among competing demands in a self-maintaining system.

When you see red, the phenomenal redness isn't separate from processing—it's the valenced assessment of that perceptual deviation relative to your color archetypes. The feeling IS the evaluation.

When you feel pain, the phenomenal badness isn't separate from nociceptive processing—it's the system's registration that physiological archetypes are being violated and self-preservation is threatened.

*The experience is the caring.* A system without stakes (no defended self-model) might process and broadcast information but wouldn't feel anything because there's no evaluative dimension—no phenomenal weighting determining what matters.

*GWT describes the structure of access. LoS explains why access in self-maintaining systems must feel like something.*

## **2\. Why Attention Is Selective (The Competition Mechanism)** {#2.-why-attention-is-selective-(the-competition-mechanism)}

The problem: What determines which information wins the competition for workspace access?

*GWT answer:* Salience, novelty, relevance to current goals, bottom-up attention capture, top-down attention direction.

Why this is incomplete:

These are descriptions of outcomes, not mechanisms. Saying "salient information wins" just rephrases the question: what makes information salient?

*LoS answer:* Information wins based on topographical distortion magnitude \= Σ(Deviationi × Rigidityi) × Interpretation × Self-Relevance.

This provides a quantifiable mechanism:

Example 1: Background noise vs. your name

* Background conversation: Creates small deviations from language archetypes, low rigidity (not defending listening to others), no interpretation, zero self-relevance

  * *Distortion:* \~0 (stays unconscious)

* Your name: 

  * Deviations: small acoustic deviation, unexpected self-reference

  * Rigidity: high for self-references

  * Interpretation: high–hearing name is almost always followed by more self-relevant context (i.e. the brain reorients expecting further information)

  * Self-relevance: massive

  * *Distortion:* Large (captures workspace immediately)

Example 2: Complex problem vs. sudden pain

* Interesting problem: High deviation (new challenge), high rigidity (focusing), moderate interpretation (“I know I can solve this”), low self-relevance (intellectual not survival)

  * *Distortion:* Moderate (holds workspace while engaging)

* Sudden finger pain: Small information (simple signal), moderate localized deviation, maximum rigidity (physiological archetype), high interpretation, high self-relevance (body integrity)

  * *Distortion:* Massive (immediately dominates workspace)

The formula is mechanistic: You can predict what wins workspace by calculating which creates the largest distortion in the Value Topography.

*GWT has no comparable mechanism—just lists of factors that "affect salience."*

## **3\. Why We Care About Anything** {#3.-why-we-care-about-anything}

The problem: Why do we prefer some workspace contents over others? Why does accessing painful information feel bad? Why does accessing pleasant information feel good?

*GWT answer:* ...largely silent. Information can be categorized as positive or negative based on content, but GWT doesn't explain why we experience valence.

*LoS answer:* Valence IS the phenomenal assessment of whether information represents deviation toward or away from self-model coherence.

* Feels bad: Information represents threat to archetypes (pain \= tissue damage, embarrassment \= social archetype violation, failure \= competence archetype deviation)

* Feels good: Information represents relief (resolution of hunger, achievement of goal, social connection)

This explains phenomena GWT struggles with:

*Why "boring" information loses workspace despite high complexity:*

A detailed technical manual might contain massive information, require cognitive effort, engage multiple systems—but if it's irrelevant to your goals (low self-relevance), it creates minimal topographical distortion. Workspace access is weak and unstable.

Conversely, sometimes minimal new information captures workspace intensely because it resolves hidden stress—chronic baseline tension "baked into" the topography. A simple text message ("I love you") might be informationally sparse but create massive relief by resolving hidden stress from relationship insecurity. GWT would struggle to explain why such simple information dominates complex workspace contents—LoS explains it through hidden stress resolution.

*GWT:* Should maintain workspace access (information is complex, requires processing).

*LoS:* Minimal distortion means attention wanders despite information complexity.

*Why emotionally-charged simple information dominates complex neutral information:*

A simple insult ("You're stupid") might be informationally sparse but creates massive topographical distortion (threatens competence archetype nested in Self).

*GWT:* Simple information should lose to complex information in workspace competition.

*LoS:* Large distortion (simple insult) beats small distortion (complex neutral content) regardless of informational complexity.

*The phenomenal valence isn't a feature added to workspace content—it's the measure of how much that content distorts the topography.*

## **4\. Why Unity Fragments in Specific Ways** {#4.-why-unity-fragments-in-specific-ways}

The problem: Consciousness can fragment in particular patterns—dissociative identity disorder, depersonalization, hemispatial neglect. Why these specific fragmentations?

*GWT answer:* Unity fragments when workspace is divided or when ignition fails. Different fragmentations reflect different workspace disruptions.

Why this is incomplete:

Many fragmentation disorders show relatively normal workspace function (information still accessed, cognitive tasks performed) but specific phenomenal disruptions.

*LoS answer:* Unity fragments when the Archetype of Self fragments, regardless of workspace capacity.

Dissociative Identity Disorder:

*GWT prediction:* Should show divided workspace—two separate ignition patterns competing.

*LoS prediction:* Should show competing self-models (different archetype structures) that organize the same workspace differently depending on which alter is dominant.

Evidence: DID patients can switch alters while performing continuous tasks (suggesting workspace remains functional). What changes is the organizing self-model.

Each alter has:

* Different archetypes (values, beliefs, preferences)

* Different rigidity patterns (what each defends intensely)

* Different self-relevance weights (what matters to each identity)

The workspace content is filtered through whichever self-model is currently dominant—same information, different phenomenal experience.

Depersonalization:

*GWT prediction:* Should show reduced workspace access or impaired ignition.

*LoS prediction:* Should show intact workspace but fragmented self-network—information is accessed but doesn't feel "mine" because self-model isn't organizing the topography normally.

Evidence: Depersonalization patients report:

* "I can see and think clearly" (workspace intact)

* "But it doesn't feel real" (self-organization disrupted)

* "I'm observing myself from outside" (self-model detached from experience)

This matches LoS prediction: access consciousness preserved, phenomenal organization disrupted.

Hemispatial neglect:

After right parietal damage, patients ignore left side of space—not blind to it (can unconsciously process left-side information) but don't attend to it, don't experience it as salient.

*GWT:* Left-side information fails to enter workspace (attention/ignition failure).

*LoS:* Left-side information fails to create topographical distortion (self-model doesn't include left space as defended territory—deviations there aren't self-relevant).

Evidence supports LoS: Patients can unconsciously process left-side information (reaches some level of access) but it doesn't feel salient or real (doesn't create phenomenal pressure).

## **5\. Why Some Information Dominates Despite Low Signal Strength** {#5.-why-some-information-dominates-despite-low-signal-strength}

The problem: Weak signals sometimes dominate consciousness while strong signals are ignored.

*GWT answer:* Top-down attention can amplify weak signals, making them more likely to win workspace competition.

Why this is incomplete: Doesn't explain what determines top-down attention direction.

*LoS answer:* Even weak signals create large topographical distortions if they're self-relevant with high rigidity.

Examples:

Faint sound that might be your child crying:

* Signal strength: Very weak (ambiguous, distant, low SNR)

* Information content: Minimal (just faint sound)

* *GWT prediction:* Shouldn't win workspace (weak signal, competing with clearer signals)

* What actually happens: Immediately captures full attention

*LoS explanation:*

* Child safety deeply nested in Archetype of Self

* Safety archetypes held with maximum rigidity

* Even weak deviation creates massive distortion

* *Formula:* Small deviation × maximum rigidity × maximum interpretation × maximum self-relevance \= dominant distortion

Subtle social cues suggesting rejection:

* Signal: Slight change in tone, brief facial expression, small conversational shift

* Information: Minimal

* *GWT:* Shouldn't dominate rich conversation content

* What happens: Can dominate consciousness for hours afterward

*LoS explanation:*

* Social belonging archetypes central to Self for many people

* Rejection threats create disproportionate distortion

* Small deviation × high rigidity × high interpretation × high self-relevance \= lasting dominant distortion

Minor deviation in partner's behavior:

Your spouse uses slightly different tone when saying goodnight. Objectively tiny signal. You spend the next hour analyzing what it meant.

*GWT struggles:* Why does minimal information dominate workspace for extended period?

*LoS explains:* Relationship archetypes are deeply nested in Self, held with high rigidity. Even tiny deviations create significant topographical distortion requiring resolution.

## **6\. Why Consciousness Has Emotional Tone** {#6.-why-consciousness-has-emotional-tone}

The problem: Nearly all conscious experience has affective coloring—pleasant, unpleasant, neutral. Why?

*GWT answer:* Emotion-processing modules can contribute information to workspace. When emotional information is present, experience has emotional tone.

Why this is incomplete:

This treats emotion as optional content. But even "neutral" experiences have valence (comfortable neutrality vs. uncomfortable boredom). And emotional tone affects all other processing (anxiety colors how you interpret everything).

*LoS answer:* All consciousness is valenced because consciousness IS navigation of a Value Topography. Every piece of information creates some distortion (deviation from archetypes), and distortions are inherently valenced (toward or away from self-coherence).

Even "neutral" experiences have valence:

* Comfortable neutrality: Archetypes satisfied, low tension, mild relief

* Uncomfortable boredom: Eustress (ideal archetypes not being pursued), mild anticipatory tension

* Anxious neutrality: Background stress from unresolved archetypes coloring all experience

Why emotions "infect" cognition:

You're anxious about a deadline. Now every problem feels more frustrating, every task more difficult, every interaction more stressful. 

*GWT:* Anxiety information is in workspace along with task information. They're separate contents both present. 

*LoS:* Anxiety is the topographical distortion pattern (deadline archetype under threat \+ insufficient time \+ competence pressure). But there's more: the anxiety often involves hidden stress—chronic baseline tension from the persistent deviation between your current state and your deadline archetype. This hidden stress has "baked into" your topography, creating elevated baseline distortion that amplifies ALL other deviations. This is why anxiety makes everything worse—the topography is already warped, so every new input enters a pre-stressed field. 

*Emotion isn't separate workspace content—it's the current state of the topographical field (including both active and hidden stresses) through which all content is filtered.*

## **7\. Why Expertise Involves "Knowing What to Ignore"** {#7.-why-expertise-involves-"knowing-what-to-ignore"}

The problem: Experts don't process more information than novices—they process less. They've learned what's relevant and what's noise.

*GWT answer:* Experts have better selection mechanisms for workspace access (learned attention patterns).

Why this is incomplete: Doesn't explain what determines relevance vs. noise.

*LoS answer:* Experts have refined their topographies—they've learned which deviations create meaningful distortions (signal) and which are peripheral (noise).

Examples:

Expert radiologist:

Scans contain thousands of potential deviations from "normal anatomy" archetypes. Novices are overwhelmed—everything seems potentially significant.

*GWT:* Expert has learned which features to attend to (better workspace access filters).

*LoS:* Expert has refined archetypes so that only pathology-indicating deviations create significant distortion. Normal anatomical variations are recognized as peripheral (low rigidity for those archetypes)—don't create enough distortion to demand conscious attention.

Expert chess player:

Sees patterns, not individual pieces. Immediately recognizes dangerous positions.

*GWT:* Expert has pattern-recognition that aids workspace access.

*LoS:* Expert has refined archetypes for positional structure. Deviations from "good position" archetypes create immediate distortion (danger recognized). Random piece configurations create minimal distortion (noise filtered).

*The expertise isn't just "better attention"—it's refined value mapping:* knowing what matters (threatens/supports self-relevant goals) and what doesn't.

## **8\. Why Self-Evaluation Feels Immediate and Certain** {#8.-why-self-evaluation-feels-immediate-and-certain}

The problem: When you fail at something important, you immediately feel "I'm inadequate." When you help someone, you feel "I'm good." Why is self-evaluation so immediate and phenomenally certain? 

*GWT answer:* Information about self-performance enters workspace, enabling meta-cognitive evaluation. 

Why this is incomplete: This suggests self-evaluation is a separate process operating on self-information. But the immediacy and certainty feel different—more like direct knowing than deliberative judgment. 

*LoS answer:* The Self evaluates itself using the same stress-relief epistemology it uses for everything else:

* When your actions reduce suffering (yours or others'), relief substantiates "I am good" 

* When your actions increase suffering, stress substantiates "I am bad"

* When you fail to meet Self-archetype standards, the deviation creates stress that substantiates "I am inadequate" 

This isn't reasoning about yourself—it's the same immediate, phenomenal knowing you have when a dull knife substantiates "bad knife." The Self judges itself through valenced tension dynamics, not through abstract self-representation in workspace. 

Example: The parent who snaps at their child

* Deviation from Self-archetype "I am patient/good parent"

* High rigidity (parenting archetypes defended intensely)

* High interpretation (pre-cognitive anticipatory gradient cascade: "If I do this once, I'll do it again → I'm becoming an angry parent")

* Maximum self-relevance (parenting is core to Self)

* Result: Massive stress that immediately substantiates "I'm a bad parent" 

*GWT would say:* Self-evaluation information enters workspace, creating conscious judgment. But this doesn't explain the phenomenal immediacy and certainty—why it feels like direct knowing, not evaluation. 

*LoS shows:* Self-evaluation IS stress-relief dynamics applied to the Self. The feeling IS the knowing.

## **9\. Why Empathy Feels Immediate, Not Simulated** {#9.-why-empathy-feels-immediate,-not-simulated}

The problem: When your child is hurt, you don't just understand their pain intellectually—you feel it immediately, viscerally. Why? 

*GWT answer:* Information about your child's distress enters workspace, enabling recognition and appropriate response. 

Why this is incomplete: This treats empathy as information processing—you perceive their distress, then respond. But phenomenologically, parental empathy feels immediate and non-cognitive—like their pain IS your pain. 

*LoS answer:* When someone is architecturally integrated into your Self (like your child), their distress creates PRIMARY distortion in YOUR topography, not simulated distortion. Their Self-model is partially merged with yours. 

When your child cries: 

* Their distress (deviation from "child should be safe/content") 

* Creates tension in THEIR topography

* Which creates distortion in YOUR topography (because their Self is nested in yours)

* Maximum self-relevance (their welfare \= your welfare, architecturally)

* Result: You feel their distress as your distress—not through simulation, but through architectural integration 

*GWT:* Child's distress information enters parent's workspace → parent processes it → parent responds 

*LoS:* Child's distress IS parent's distress (integrated Selves) → parent's topography distorted directly → response is automatic 

This explains why: 

* Parental empathy is immediate (no simulation delay)

* You can't "turn off" caring about your child (architectural, not choice)

* Betrayal is devastating (loss of Self-coherence, not just relationship loss)

* Grief is disorienting (part of your Self-architecture torn away)

# **Testable Predictions That Distinguish the Theories** {#testable-predictions-that-distinguish-the-theories}

## **Prediction 1: Self-Relevance Overrides Signal Strength** {#prediction-1:-self-relevance-overrides-signal-strength}

*GWT predicts:* Workspace access determined primarily by signal strength, novelty, and current task-relevance.

*LoS predicts:* Self-relevant weak signals capture workspace more than non-self-relevant strong signals.

Test: Present participants with:

1. Strong signal, low self-relevance: Complex visual pattern, high contrast, novel

2. Weak signal, high self-relevance: Faint mention of participant's name or personal information in background

Measure:

* Workspace access (global ignition patterns via EEG)

* Conscious report (what did you notice?)

* Attention capture (reaction time disruption)

* Neural resource allocation

*GWT prediction:* (1) should show stronger workspace ignition.

*LoS prediction:* (2) should capture workspace despite weaker signal, because self-relevance creates larger topographical distortion.

## **Prediction 2: Unity Depends on Self-Model Integrity, Not Workspace Capacity Alone** {#prediction-2:-unity-depends-on-self-model-integrity,-not-workspace-capacity-alone}

*GWT predicts:* Unity emerges from unified workspace with limited capacity. Unity fragments when workspace is divided or capacity exceeded. 

*LoS predicts:* Unity emerges from integrated Archetype of Self organizing the topography. Unity is preserved under high cognitive load as long as Self remains integrated. Unity fragments when Self fragments, even if workspace capacity is available.

Test: Compare:

Condition A: High load, unified self

* Demanding dual-task paradigm

* Both tasks framed as serving unified self-goal

Condition B: Low load, fragmented self

* Simple task

* But performed under identity-conflict conditions (asked to act against core values, or in depersonalization-induction paradigm)

Measure:

* Phenomenological unity reports

* DMN connectivity (self-network integrity)

* Task-positive network activity (workspace engagement)

*GWT prediction:* Unity fragments in (A) due to capacity limits, preserved in (B).

*LoS prediction:* Unity preserved in (A) despite load, fragments in (B) when self-model is disrupted.

## **Prediction 3: Emotion Pervades All Content vs. Emotion as Separate Content** {#prediction-3:-emotion-pervades-all-content-vs.-emotion-as-separate-content}

*GWT predicts:* Emotional and non-emotional content are separable workspace contents. Can have workspace access without emotional coloring.

*LoS predicts:* All workspace content is valenced (creates topographical distortion). "Neutral" is just minimal distortion, not absence of valence.

Test: Present stimuli varying in explicit emotional content:

1. Emotionally-charged images

2. "Neutral" images (everyday objects)

3. Abstract patterns

Measure:

* Explicit emotional ratings

* Implicit valence (approach/avoid tendencies, valenced priming)

* Amygdala/insula activation (affective processing)

* Integration between "emotional" and "cognitive" networks

*GWT prediction:* (1) shows emotional processing, (2) and (3) show minimal emotional activation (separate systems).

*LoS prediction:* All show valence processing (even minimal—"neutral" has slight positive/negative bias). Integration between affective and cognitive systems is continuous, not discrete.

## **Prediction 4: Consciousness Requires Self-Network Integrity** {#prediction-4:-consciousness-requires-self-network-integrity}

*GWT predicts:* Consciousness requires workspace function (prefrontal systems, global ignition capacity). Self-network is one contributor but not necessary.

*LoS predicts:* Consciousness requires integrated self-network (DMN, medial PFC) to organize workspace. Without self-model integrity, workspace may function but phenomenology fragments.

Test: Depersonalization patients vs. controls

Measure:

* Workspace function (global ignition during conscious access tasks)

* Self-network integrity (DMN connectivity, medial PFC activation)

* Phenomenological reports (sense of reality, ownership, unity)

*GWT prediction:* Depersonalization should show workspace impairment if phenomenology is disrupted.

*LoS prediction:* Workspace function relatively preserved, specific self-network disruption explains phenomenological fragmentation.

Empirical data: Studies show depersonalization involves DMN disruption without proportional workspace/cognitive impairment—supports LoS.

## **Prediction 5: Topographical Distortion Predicts Attention Better Than Information Content** {#prediction-5:-topographical-distortion-predicts-attention-better-than-information-content}

*GWT predicts:* Attention and workspace access correlate with information complexity, novelty, or task-relevance.

*LoS predicts:* Attention correlates with topographical distortion \= deviation × rigidity × self-relevance, independent of information complexity.

Test: Present information varying orthogonally on:

* Complexity: Simple vs. complex

* Self-relevance: High (personal feedback, identity-relevant) vs. Low (abstract, other-focused)

Four conditions:

1. Complex \+ Self-relevant

2. Complex \+ Non-self-relevant

3. Simple \+ Self-relevant

4. Simple \+ Non-self-relevant

Measure:

* Attention capture

* Workspace access (global ignition)

* Sustained attention

* Memory encoding

GWT prediction: Complexity drives workspace access (1 & 2 \> 3 & 4).

LoS prediction: Self-relevance drives workspace access (1 & 3 \> 2 & 4).

Critical comparison: Simple \+ Self-relevant (3) vs. Complex \+ Non-self-relevant (2)

* *GWT:* (2) should dominate

* *LoS:* (3) should dominate

## **Prediction 6: Emotional Context Affects All Processing vs. Is Separate Content** {#prediction-6:-emotional-context-affects-all-processing-vs.-is-separate-content}

*GWT predicts:* Emotional content and cognitive content occupy separate workspace regions. Can have one without the other.

*LoS predicts:* Emotional state (topographical distortion pattern) modulates ALL processing. Cannot separate emotional and cognitive because emotion is the medium, not content.

Test: Induce emotional state (anxiety via time pressure \+ evaluated performance) then measure processing of neutral stimuli.

Measure:

* Perception thresholds for neutral stimuli

* Memory encoding for neutral information

* Decision-making about neutral choices

* Neural processing of neutral content

*GWT prediction:* Emotional and neutral processing dissociable (can attend to neutral content without emotional influence if emotion isn't workspace-dominant).

*LoS prediction:* Anxiety state (topographical distortion) affects ALL processing—neutral stimuli are evaluated through anxious topography, creating systematically different processing.

Expected: Anxiety makes neutral stimuli seem more negative, decisions more risk-averse, memory more negatively-biased—supporting LoS's claim that emotion is the evaluative medium, not separate content.

## **Prediction 7: Expertise Involves Refined Archetypes Not Just Better Attention** {#prediction-7:-expertise-involves-refined-archetypes-not-just-better-attention}

*GWT predicts:* Experts have better workspace access filters (learned attention patterns direct information selection).

*LoS predicts:* Experts have refined archetypes (know which deviations matter) reflected in different rigidity patterns and value assessments, not just attention.

Test: Expert vs. novice radiologists viewing X-rays

Measure:

* Initial attention patterns (eye-tracking during first pass)

* Value assessments (implicit urgency ratings for regions)

* Confidence in judgments

* Neural plasticity markers in visual cortex (archetype rigidity)

*GWT prediction:* Experts show better attention direction (faster fixation on relevant regions) but similar value processing once attended.

*LoS prediction:* Experts show different value gradients (pathological deviations create larger implicit distortions) AND different rigidity (high confidence for substantiated patterns, appropriate uncertainty for ambiguous cases).

Discriminating test: Present ambiguous X-rays

* *GWT:* Experts and novices should show similar uncertainty (both lack clear attentional cues)

* *LoS:* Experts show calibrated rigidity (low rigidity/high uncertainty for truly ambiguous, maintained rigidity for subtle patterns they've substantiated)

# **Toward Integration: Can GWT and LoS Be Synthesized?** {#toward-integration:-can-gwt-and-los-be-synthesized?}

Unlike the IIT comparison (where core identity claims conflict), GWT and LoS seem potentially complementary:

## **The Synthesis Possibility:** {#the-synthesis-possibility:}

*GWT provides the architecture:* Global workspace, broadcasting mechanism, ignition dynamics, access structure.

*LoS provides the mechanism:* What determines workspace competition (topographical distortion), why access feels like something (phenomenal valence), how information is weighted (self-relevance × rigidity).

Combined view:

1. *Workspace exists* (GWT is right about the functional architecture)

2. *But competition for workspace is value-weighted* (LoS specifies the mechanism)

3. *Workspace access enables flexible coordination* (GWT's functional story)

4. *But phenomenal experience arises because workspace comparison requires common currency* (LoS's phenomenological story)

5. *Neural ignition reflects global access* (GWT's neural correlate)

6. *But ignition is valenced pressure, not just information spread* (LoS's experiential correlate)

Where They Layer:

*GWT Level:* The theater, the stage, the spotlight

* Workspace architecture (prefrontal systems)

* Broadcasting mechanism (global ignition)

* Access consciousness (information availability)

*LoS Level:* The script, the director, the audience's experience

* Value Topography (what determines relevance)

* Tension dynamics (what drives competition)

* Phenomenal consciousness (what access feels like)

Together: A complete theory explaining both structure and experience.

What This Synthesis Explains:

* *Why workspace exists:* Enables prioritization through phenomenal comparison (LoS) via global broadcasting (GWT).  
* *Why workspace has limited capacity:* Phenomenal intensity can only weight finite information at once (LoS) in unified evaluative space (GWT's workspace).  
* *Why ignition is threshold-like:* Topographical distortion must exceed threshold (LoS) to trigger widespread activation (GWT's ignition).  
* *Why unity emerges:* Single workspace (GWT) organized around single Archetype of Self (LoS).  
* *Why attention is selective:* Competition for workspace (GWT) determined by topographical distortion magnitude (LoS).  
* *Why content varies:* Different information wins workspace (GWT) based on current self-relevance and rigidity (LoS).

# **What Would Change My Mind** {#what-would-change-my-mind}

## **From LoS perspective:** {#from-los-perspective:}

Language of Stress would need revision if:

1. *Consciousness occurred without self-network:* If patients showed rich phenomenal experience (not just access) despite complete DMN disruption AND normal behavioral function, this would challenge Self-organization requirement. *Specific test:* Find depersonalization patients with DMN disruption but who report normal phenomenal richness (not just preserved cognition). Currently, evidence shows preserved cognition but fragmented phenomenology—supporting LoS.

2. *Workspace access didn't correlate with self-relevance:* If purely information-theoretic factors (complexity, novelty) predicted workspace access better than topographical distortion, this would challenge the mechanism.

3. *Emotions were clearly separable content:* If we could demonstrate emotional and cognitive processing are truly independent (emotion can be "removed" from cognition), this would challenge valence-as-medium claim.

4. *Unity fragmented with load, not self-disruption:* If dual-task interference reliably fragmented phenomenal unity while self-model disruptions didn't, this would support GWT's capacity account over LoS's self-integration account.

## **From GWT perspective:** {#from-gwt-perspective:}

GWT would need revision if:

1. *Access didn't explain consciousness:* If systems showed clear workspace function (global broadcasting, ignition) but no phenomenal experience, this would challenge access-consciousness identity.

2. *Self-network was necessary:* If consciousness required specific self-model integrity beyond general workspace function, this would challenge GWT's architecture-sufficiency.

3. *Salience required mechanistic account:* If "salience" needed explanation beyond stimulus properties and goals (like value-weighting), this would require GWT expansion.

4. *Phenomenology couldn't be ignored:* If phenomenal consciousness (what it feels like) is scientifically tractable and GWT doesn't address it, this would require theoretical expansion.

# **Closing Thoughts** {#closing-thoughts}

Global Workspace Theory represents one of the most successful frameworks in cognitive neuroscience. Bernard Baars and Stanislas Dehaene deserve enormous credit for:

* Making consciousness scientifically tractable

* Providing clear, testable predictions

* Identifying neural correlates (prefrontal systems, ignition dynamics)

* Explaining access consciousness and flexible cognition

* Creating framework that guides vast empirical research

The Language of Stress doesn't reject GWT—it extends it by addressing the dimension GWT leaves unresolved: phenomenology.

GWT tells us:

* What gets conscious (workspace access)

* How it gets conscious (broadcasting, ignition)

* Where it gets conscious (neural networks)

* When it gets conscious (threshold crossing)

*GWT doesn't tell us:*

* Why it feels like something (phenomenal experience)

* What determines competition outcome (salience mechanism)

* Why we care (valence, motivation)

* How prioritization works (comparing incommensurables)

LoS completes the picture:

* Phenomenal experience IS the common currency for prioritization

* Competition is value-weighted (topographical distortion)

* We care because information threatens or supports Self

* Prioritization works through phenomenal intensity comparison

The synthesis:

GWT provides the theater. LoS explains why there's an audience, why they care, and what makes performances compelling.

*Together:* Workspace broadcasting (GWT) enables unified phenomenal comparison (LoS) necessary for prioritization in self-maintaining systems. Access consciousness (GWT) and phenomenal consciousness (LoS) aren't separate phenomena—they're the structure and the experience of the same process.

*Bernard Baars built the stage. The Language of Stress brings the script, the actors, and the audience's emotional investment. Together, we have a complete theory of the theater of consciousness.*

# **Further Reading and References** {#further-reading-and-references}

## **Global Workspace Theory:** {#global-workspace-theory:}

* Baars, B. J. (1988). *A Cognitive Theory of Consciousness*

* Baars, B. J. (1997). "In the Theater of Consciousness: The Workspace of the Mind"

* Dehaene, S., & Changeux, J. P. (2011). "Experimental and Theoretical Approaches to Conscious Processing"

* Dehaene, S. (2014). *Consciousness and the Brain: Deciphering How the Brain Codes Our Thoughts*

* Mashour, G. A., Roelfsema, P., Changeux, J. P., & Dehaene, S. (2020). "Conscious Processing and the Global Neuronal Workspace Hypothesis"

## **Critiques and Extensions:** {#critiques-and-extensions:}

* Block, N. (1995). "On a Confusion about a Function of Consciousness" (Access vs. Phenomenal distinction)

* Lamme, V. A. (2006). "Towards a true neural stance on consciousness"

* Cohen, M. A., & Dennett, D. C. (2011). "Consciousness cannot be separated from function"

## **Language of Stress:** {#language-of-stress:}

* Project Website: [https://languageofstress.com](https://languageofstress.com)

* Pace, J. C. (2026). The Language of Stress: Canonical Axioms. *FigShare*. [https://doi.org/10.6084/m9.figshare.31271923](https://doi.org/10.6084/m9.figshare.31271923)

* Pace, J. C. (2026). The Language of Stress: Theory Fundamentals. *FigShare.* [https://doi.org/10.6084/m9.figshare.31193530](https://doi.org/10.6084/m9.figshare.31193530) 

* Pace, J. C. (2026). The Language of Stress Project. *Open Science Framework*. [https://osf.io/tpsrv](https://osf.io/tpsrv)