The Screen of Consciousness: How Hidden Relays Construct What We See, Remember, and Say
Consciousness Never Sees the Construction Site
BY: OMOLAJA MAKINEE
Human beings experience consciousness as if it were immediate.
We assume that we see reality directly, remember events directly, formulate thoughts directly, and speak directly. The finished product appears on the screen of awareness so seamlessly that the immense machinery producing it remains invisible. Under the Psychextrics framework, this assumption is fundamentally incorrect.
Consciousness never experiences the construction process. It experiences only the completed render.
- By the time a thought appears, the thought has already been assembled.
- By the time a memory appears, the memory has already been reconstructed.
- By the time a sentence is spoken, the underlying behavioural packet has already travelled through multiple relay systems hidden beneath awareness.
The revised Telencephalon therefore functions as a display screen rather than a creator. The cortex is where experience appears. It is not where experience originates.
Beneath that display operates an enormous subcortical infrastructure responsible for gathering information, integrating behavioural history, reconstructing meaning, stabilising continuity, and packaging the final signal before projection occurs.
Among the most important structures within this hidden architecture is the Entorhinal Relay.
The Entorhinal does not display consciousness. It assembles consciousness. Its function is not to create awareness but to construct the behavioural continuity that awareness ultimately experiences.
If the cortex is the screen, the Entorhinal is one of the principal engineers behind the screen.
1. The Invisible Beam of Behavioural Processing
One of the central observations of Psychextrics is that consciousness follows processing. Wherever behavioural processing is concentrated, attentional resources naturally migrate.
Because the Telencephalon functions primarily as a passive display interface, the visible behaviour of the eyes often reveals which hidden relay system currently holds the dominant processing beam.
The eyes are not simply looking. They are signalling. They provide an external map of internal routing. Changes in gaze direction frequently correspond to shifts between distinct subcortical processing domains.
Rather than being random habits, these movements reflect the active location of behavioural reconstruction within the cephalic hierarchy. The physical movement of the eyes therefore becomes a visible indicator of invisible computation.
What appears externally as a glance internally represent an entire shift in processing architecture.
2. Looking Straight: Engagement With Immediate Reality
When an organism looks directly forward, the behavioural system is primarily engaged with incoming environmental information. The display-cortex is locked onto the immediate sensory stream. External stimuli dominate processing.
- Visual data.
- Auditory data.
- Environmental changes.
- Social cues.
- Immediate events.
The organism is interacting with the present.
Within the Psychextrics model, this state corresponds to strong Layer IV engagement. Incoming information is arriving directly from the external world and being serialised into behavioural awareness. The processing beam remains anchored to the environment.
The individual is not primarily remembering. The individual is not primarily reconstructing meaning. The individual is observing.
Both the Thalamus and Entorhinal are equally directing the behavioural system, using continuity of the past to justify the present, in orienting toward what is happening now.
3. Looking Down: The Search for Meaning
A different pattern emerges when the gaze shifts downward.
In everyday conversation this movement is sometimes interpreted as hesitation, uncertainty, embarrassment, or distraction.
Psychextrics proposes a different interpretation. Looking downward frequently reflects active thalamic reconstruction. The behavioural beam withdraws from immediate environmental engagement and redirects toward the thalamic meaning-making systems.
The Thalamus begins assembling context.
- Words are selected.
- Concepts are organised.
- Narrative structure is reconstructed.
- Meaning is converted into symbolic form.
This is not necessarily memory retrieval. It is meaning construction. The individual is attempting to transform behavioural information into communicable language.
The gaze drops because processing has descended into the deeper valleys of contextual reconstruction.
The Thalamus is actively working. The conscious narrator is conjuring up words and thoughts.
4. Looking Up: The Search for History
When the gaze shifts upward, a different subcortical system often becomes dominant.
The organism is no longer focused primarily on external stimuli. Nor is it focused solely on contextual meaning reconstruction. Instead, behavioural processing is being redirected toward historical retrieval.
The Entorhinal Relay enters active recursive engagement. The behavioural beam reaches into the siencephalic memory architecture.
- Historical packets are requested.
- Continuity must be rebuilt.
- Experiences must be retrieved.
The organism is searching for something that already exists rather than constructing something entirely new.
The upward gaze therefore becomes the visible signature of recursive memory engagement. The eyes rise because the processing beam has entered the historical loops.
The Entorhinal is actively working. The organism is not looking upward at the world. It is looking upward toward continuity from past experience.
5. Why Communication Sometimes Becomes Suspended
These behavioural mechanics become particularly visible during communication difficulties.
Conversations frequently appear smooth because the Thalamus and Entorhinal Relay complete their respective tasks rapidly enough that the delay remains invisible.
However, when one relay significantly outpaces the other, communication suspense begins to emerge. The speaker appears to pause.
- Words fail to arrive.
- Thoughts seem trapped.
- The conversation temporarily freezes.
What appears to be a cognitive problem may instead reflect a relay-speed mismatch. The behavioural packet is delayed somewhere beneath consciousness.
- The display-screen is waiting.
- The narrator is waiting.
- The audience is waiting.
The bottleneck exists within the hidden architecture.
6. The Autistic Communication Matrix: When Memory Outruns Language
Within the Psychextrics framework, certain communication difficulties associated with autism can be interpreted as relay asymmetries rather than failures of understanding.
In these situations, the Entorhinal Relay may complete its recursive loops efficiently.
- Historical continuity remains intact.
- Behavioural-memory remains available.
- The underlying information exists.
The challenge emerges during symbolic translation. The Thalamic systems responsible for converting retrieved material into linguistic form may operate at a comparatively slower spectral range.
The information is present before the words are present. The memory arrives before the language. The individual therefore enters a temporary state of communicative suspense.
Externally, observers may notice downward gaze, gaze aversion, prolonged pauses, or delayed verbal responses. Internally, however, the Entorhinal packet may already be complete. The challenge lies in translating the retrieved information into an organised symbolic stream.
The person is not searching for memory. The person is searching for language.
The historical packet exists. The narrator is still constructing the sentence.
7. The Slow-Memory Matrix: When Language Outruns History
The opposite situation can also occur.
In some individuals the Thalamus may remain highly active while the Entorhinal Relay operates more slowly.
Here the symbolic machinery remains ready. Words are available. Meaning construction continues. The problem lies in retrieving the precise historical packet. The memory has not yet arrived.
This creates a fascinating behavioural pattern. The individual often continues speaking while searching.
- Sentences become longer.
- Descriptions become broader.
- Tangents appear.
- Additional details emerge.
The person circles around the target memory. The Thalamus fills the silence while waiting for the Entorhinal Relay to complete its retrieval cycle.
Conversation becomes a bridge spanning an incomplete memory gap. Speech continues because language is faster than recall.
The narrator keeps talking while the archivist continues searching.
8. The Architecture of Hesitation
When both systems slow simultaneously, communication becomes dramatically different.
The Thalamus struggles to reconstruct language. The Entorhinal struggles to retrieve continuity. Neither relay can compensate for the other.
The result is the familiar experience of hesitation. Words such as:
- “Erm…”
- “Let me think…”
- “I know this…”
- “It’s on the tip of my tongue…”
become audible markers of subcortical delay.
These expressions are not merely conversational habits. They function as behavioural indicators that the relay architecture has entered a temporary suspense state.
The eyes frequently move through a recognisable sequence.
- Upward.
- Straight.
- Downward.
- Then upward again.
The organism is actively switching between retrieval, environmental re-engagement, and contextual reconstruction.
The gaze itself becomes a map of the search process.
9. Why Older Adults Sometimes Freeze Mid-Sentence
Perhaps nowhere is this relay architecture more visible than during aging.
One of the most striking features of later-life communication is the appearance of verbal suspense. A person begins speaking confidently. Halfway through a sentence they stop.
- A familiar word disappears.
- A common name becomes inaccessible.
- The conversation freezes.
To observers this appears mysterious.
- The thought seems present.
- The person clearly knows what they wish to say.
Yet the words refuse to arrive.
Psychextrics interprets this phenomenon as a dual-relay slowdown. The Telencephalic display remains functional. The conscious narrator remains ready. The breakdown occurs beneath awareness.
Aging gradually affects myelin integrity, axonal efficiency, metabolic support systems, and signal velocity across both the Diencephalon and Siencephalon. As a result, both master relays begin operating at compressed spectral ranges.
- Processing slows.
- Retrieval slows.
- Integration slows.
Communication enters suspense.
10. The Thalamic Search for Lost Words
Part of this slowdown occurs within the Thalamic system itself.
When older individuals search for a familiar word, the problem often does not originate within conscious awareness. The word remains somewhere within the behavioural architecture. The difficulty lies in reconstructing it rapidly enough for seamless communication.
The Thalamus enters an intensified processing state.
- Context is searched.
- Meaning is rebuilt.
- Symbolic associations are examined.
Externally, the gaze often drops downward or freezes.
The behavioural beam has shifted toward linguistic reconstruction. The narrator knows there is something to say. The challenge lies in finding the symbolic pathway needed to say it.
11. The Entorhinal Retrieval Jam
Simultaneously, age-related changes frequently affect the Entorhinal-perforant pathway network.
Historical retrieval becomes slower. Continuity packets require more time to stabilise. The behavioural archivist struggles to pull information from deeper siencephalic reserves.
The eyes frequently drift upward. Sometimes they lock into a distant stare. The person appears absent. In reality they are deeply engaged in retrieval.
The Entorhinal is attempting to complete a recursive loop that once required only fractions of a second.
The memory still exists. The route to it has become congested.
12. The Empty Screen Phenomenon
When both relay systems stall simultaneously, a unique behavioural state emerges.
The display-cortex receives no integrated packet. The narrator has no completed material to project. The screen remains temporarily empty. This is the classic communication freeze.
The individual pauses. Silence appears. The eyes move between upward searching and downward reconstruction.
Several seconds pass. Then suddenly the packet arrives. The sentence resumes. Conversation continues.
The pause was not an absence of consciousness. The pause was an absence of deliverable content.
The screen remained active. The machinery beneath it was delayed.
Conclusion: Watching the Hidden Machinery at Work
One of the most remarkable implications of Psychextrics is that behaviour continuously reveals the architecture producing it.
- The movement of the eyes.
- The rhythm of speech.
- The appearance of pauses.
- The emergence of hesitation.
- The sudden retrieval of memory.
All become visible signatures of invisible relay activity. Consciousness itself remains the final display. The cortex shows the completed render.
But beneath that render operate multiple layers of behavioural infrastructure responsible for assembling every thought, memory, sentence, and identity packet before projection occurs.
When communication flows effortlessly, these systems remain hidden. When delays emerge, the machinery becomes visible.
- The upward glance reveals the search for continuity.
- The downward gaze reveals the search for meaning.
- The freeze reveals the struggle between retrieval and reconstruction.
What appears to be a simple pause in conversation may therefore be something far more profound.
It may be the visible shadow of a hidden architecture working in real time to construct consciousness before consciousness ever sees it.
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