MINDSPACE ATLAS

A living map of unfinished ideas

How might a mind
hold itself together?

Explore the attempts to connect local representations, global availability, active sensing, action selection, embodiment, and machine intelligence. Similarity is not ownership. Overlap is the landscape.

Enter the atlas ↘
related ≠ identical

01 DRFA names the dynamical biological and general hypothesis.

02 CoDRFA names the engineered cooperative family.

03 CompetitiveRFA survives as the predecessor—not the center.

01 / From signal to world

How a frame earns reality

Move through a cumulative visual hypothesis: fleeting electrical differences acquire coherence, survive transformation, connect to learned topology, and eventually participate in a single navigable reality-model.

DEVELOPMENTAL SEQUENCE 01 / 08
Formation of a visual reference frame Two sensory streams send electrical pulses into a learned graph. Sparse activation broadens and strengthens until a fuzzy reusable frame emerges inside the Holoplane. VISUAL AUDITORY EMERGENT FRAME “CUP” · ADDRESS latent topologyfrontier
Presemantic structure is active before it has names.

STAGE 01 · PRIORS WITHOUT OBJECTS

Presemantic scaffold

What is gained
What is not yet earned

EXPERIENCED Activation Frames

→

SITUATED Connected Activation Frames

→

REUSABLE Reference Frames

→

ADDRESSABLE Symbolically anchored frames

02 / Relational accretion

Nothing stops
to “learn.”

Experience keeps forming superframes. Repeated overlap makes shared routes easier to reach, until object identity, properties, words, and abstractions appear as reusable topology. No internal analyst extracts them.

floorhand●motiontouch
/red/
/ball/
●●● ▰◆
RED
BALL
COLORsubstitutable role

A recurring whole is situated before it is named.

STAGE 01 · OBJECT TOKEN

This persistent thing

Brightness, contour, motion, eye position, touch, reaching, floor, and caregiver recur together. Transformation and reappearance connect them into a situated object-token frame—without “red,” “ball,” or even “object.”

Persistence is earned through transformation, not bestowed by a label.
PERCEPTIONPotential traverses topology now.
MEMORYTraversal changes later conductivity.
“LEARNING”Repeated changes accumulate over time.
ABSTRACTIONMany superframes reuse the same substructure.

03 / Three implementation paths

Same vocabulary.
Different minds.

These are not three maturity stages of one product. They place cognition in different machinery. Select a path to see what thinks, what changes durably, and whether “broadcast” is a mechanism, an interface, or merely an observable consequence.

state+graph context→LLM→action

PATH 01 · DRFA-INSPIRED ORCHESTRATION

An LLM harness that simulates DRFA

The pretrained model remains the primary cognitive engine. The graph supplies memory, situation, constraints, and addresses; Enki assembles context, calls specialists, and routes results.

Cognition lives in
The LLM’s learned weights and inference process.
The graph does
Retrieval, continuity, provenance, constraint, and session memory.
Learning means
Mostly offline model training, plus durable external memory and corrected substrate.
GWT means
A literal software broadcast: a useful coordination event carrying selected context to tools and specialists.

Boundary test If removing or changing the LLM destroys the intelligence while the graph remains, this is a harness.

What changes when the location of intelligence changes
QuestionLLM harnessModel-assisted CoDRFANative DRFA
Primary thinkerPretrained modelActivation field over learned topologyDeveloping closed-loop organism
LLM roleCentral reasonerOptional specialist organNone
Graph roleMemory and contextCognitive state and constraintBoth developing memory and active mind
GWT roleExplicit routing patternOptional interface to the fieldPossible emergent accessibility
Scientific riskLowest; familiar componentsDoes graph dynamics add capability?Can intelligence develop from the proposed laws?
The decisive question is not whether an LLM is present. It is whether the model supplies the cognition, or supplies evidence to a cognitive process that exists outside it.

04 / Visual synthesis

Four views of the same unfinished mechanism

These plates compress the canonical paper into manipulable relationships. They are explanatory models, not recordings of neural tissue. Each plate names what it explains—and what it still cannot.

DRFA field anatomy Sensory drive enters a durable graph. A distributed active coalition, threshold contour, subthreshold frontier, and inhibited shadow edge form one transient Holoframe. SENSORY DRIVERFSUBTHRESHOLD FRONTIERSHADOW EDGEDURABLE HOLOPLANE
DRFA DEFINITION

The frame is a contour through state—not a stored coordinate box.

The Holoplane is relatively durable relational topology. The Holoframe is the organism’s current state over it. The operational Reference Frame is the portion above a declared contour; adjacent subthreshold structure contains immediately reachable alternatives.

Explains
Fuzzy boundaries, context sensitivity, multimodal convergence, and state-dependent entry.
Does not yet explain
The complete local formation law or the biological coarse-graining from cells to a field variable.

05 / Relationship space

The theory constellation

Drag the field. Scroll to zoom. Select a node to inspect its contribution, its neighbors, and what it leaves unresolved.

wheel = zoom · drag = pan · double-click = reset

06 / Overlapping profiles

Put ideas on the same web

These scores are editorial wayfinding—not scientific measurements. They make conceptual coverage visible so you can ask better questions.

SELECT UP TO THREE

07 / Evidence terrain

From explanation to execution

Horizontal position tracks biological explanation → engineered artifact. Vertical position tracks local representation → global coordination. Bubble size reflects an editorial maturity rating—not a measured scientific quantity.

BIOLOGICAL EXPLANATION
ENGINEERED ARTIFACT
GLOBAL COORDINATION
LOCAL REPRESENTATION

08 / The fertile gap

The white space is not “nobody thought of this.”

It is the precise, testable bridge between structured reference frames, cooperative machine cognition, active evidence gathering, and bounded local compute.

What information must a frame carry so that cooperation produces a capability no existing workspace, blackboard, or multi-agent system can?

09 / Source catalog

Twenty-seven doors into the literature

Filterable, source-linked, and intentionally honest about whether an entry is a theory, synthesis, cognitive architecture, or your own provisional work.

10 / Neighborhood energetics

Spend the gradient. Watch the neighborhood answer.

This educational toy model follows one causal loop: synaptic drive opens channels, ionic gradients discharge, extracellular K⁺ and transmitter alter neighboring excitability, astrocytes clear and redistribute the aftermath, and ATP-powered pumps restore the gradients. It is mechanistic, not quantitatively calibrated.

Interactive neuronal-neighborhood energy model Neurons discharge electrochemical gradients during activity. Potassium and transmitter enter extracellular space; astrocytes buffer them; pumps consume ATP to restore gradients. N1 N2 N3 N4 N5 N6 ASTROCYTE blood / fuel supply EXTRACELLULAR SPACE K⁺ · transmitter · weak electric fields CHANNEL FLOWspends stored gradients PUMPS + GLIArestore gradients and locality
Extracellular K⁺3.2 mM
Gradient reserve94%
Pump ATP demand18%

Stable gradients support moderate signaling while astrocytes keep extracellular coupling local.

STORED STATEElectrochemical gradients are potential energy, not watts.
dUgradient/dt=Ppumps−Pchannels + leaks
POWER RELATIONNear steady state, ATP-driven restoration approximately balances gradient dissipation while other cellular work adds to total brain power.
FIELD ANATOMY

Excitation is a coupled result, not one substance.

A dwindling thought can fail for several physically different reasons. The route may remain ready while its sensory drive, recurrent flow, or ambient support falls away.

SDF

Sensory Drive Field

Presemantic receptor-derived drive entering the declared neural boundary.

IEF

Intragraph Excitability

Provisional name for readiness already carried by neuronal nodes and edges.

APF

Active Propagation

Provisional name for activity presently traversing recurrent and directed pathways.

AEF

Ambient Excitability

The changing ionic, glial, metabolic, modulatory, and weak-field conditions surrounding and permeating the graph.

EFₜ = Φ(Hₜ, SDFₜ, IEFₜ, AEFₜ, APFₜ)

The realized Excitation Field is their nonlinear interaction over the Holoplane—not their arithmetic sum.

01Timing + voltage

Local pre/post activity creates a physically specific coincidence.

02Localized chemistry

Calcium and molecular reactions outlast the initiating electrical event.

03Conditional plasticity

Available factors act differently at the altered site; no semantic tag is created.

−Stabilizing opposition

LTD, inhibition, scaling, adaptation, pruning, and ionic restoration prevent runaway growth.

Specificity lives locally. AEF deformation can make a neighborhood more or less excitable and plastic, but it cannot say which relationship “deserves” to persist. Dendritic compartmentalization, timing, voltage, and molecular state provide the address through deterministic causality.

11 / Composition + entry order

The route in changes
what can stabilize.

Use the same two named ingredients in a different order. This observation-shaped DRFA model separates a stable scaffold, a reusable identity address, and the relations that must close between them.

MOTHER-FIRST ENTRY

One deep basin closes the scene.

The MOM entry field recruits a strongly overlearned mother-at-sink continuation before the kitchen is added. That entry may be a developmental Monad, an economical adult basin, or both; the report alone cannot decide. The kitchen then reinforces rather than relocates the composite.

STABLEIdentity, location, pose, and room relation
UNRESOLVEDWhether the fixed scene reflects entry order, one canonical episode, or both

No internal mover is proposed. In the alternate route, apparent movement is modeled as successive partial completion: a stable MOM entry field repeatedly recruits different descriptive and relational subsets, while no single mother-in-kitchen composite receives enough recurrent support to persist. That entry could be a Monadic Excitation Frame formed before rich imagery, a later economical basin, or both; the observation does not distinguish them.

SUPPORT

How reliably a region or address can be recruited.

STABILITY

How long one mutually reinforcing coalition remains above the contour.

COMPLETENESS

How much descriptive and relational structure is realized at once.

TEST

Counterbalance cue order while holding final information, wording, demands, and imagery traits constant.

SENSORY REGULARITY

Repeated low-dimensional input establishes a reproducible entry topology.

MEF / MONAD

Its contour closes before the frontier recruits rich context.

CEP ROLE

Later physical couplings let the Monad participate in richer realization.

BOUNDARY

No selector, stored address, mandatory bodily loop, or established caregiver circuit is claimed.

Status · open hypothesis. The family observation motivates the mechanism; it does not validate it. Whole-episode switching, incomplete imagery, canonical scenes, and demand effects remain alternatives.

12 / Cortical implementation

Columns contain the Holoframe API

A column is not normally the box in which a complete reference frame lives. It is a repeated local place where differently organized flows can meet, change one another, and continue.

A cortical column as a translaminar interchange inside a distributed Holoframe Sensory, lateral, feedback, motor-related, and modulatory signals enter a vertical local circuit. Transformed activity leaves through local and long-range paths while the active reference frame spans many columns. L1 · CONTEXTL2/3 · LATERAL COUPLINGL4 · AFFERENT DRIVEL5 · CORTICAL OUTPUTL6 · FEEDBACK / STATESUBCORTICAL INTERFACE SENSORY DRIVE LATERAL STATE FEEDBACK ACTION BIAS MODULATION LOCAL OPERATOR · DISTRIBUTED RUNTIME

Columns organize where and how activation is transformed. Frames describe what distributed activation has temporarily become.

INPUTS

Sensory drive, lateral activity, feedback, motor-related signals, and neuromodulation.

LOCAL STATE

Membrane and dendritic state, inhibition, synaptic efficacy, timing, and recent activity.

OPERATIONS

Integrate, normalize, inhibit, amplify, transform, and propagate.

OUTPUTS

Changed local reachability and activity sent vertically, laterally, long-range, or toward action systems.

MINICOLUMN / LOCAL PATCH

A repeated translaminar operator: one possible origin of propagation, not a little thinker.

MACROCOLUMN

Possibly developmental packaging or a coupled neighborhood of compatible operators, not necessarily a new cognitive primitive.

HOLOFRAME

The runtime field composed across whichever local and distant circuitry presently participates.

Boundary: A small RF, AF, or EF could contingently fit inside one column. That does not make the column its standard container. The API is the repeated machinery; the frame is the transient result.

The genome builds interoperable cortical machinery. Experience builds the Holoframe. Electrochemical activity executes it. Reference frames are runtime results.

13 / Animated field notes

Watch each idea move

Every diagram is an interpretive mechanism sketch, not a claim that the theory literally contains these three boxes. Open a card for a documented explanation, its conceptual contribution, unresolved question, and primary source.

local process selection or transformation resulting coordination

14 / Scientific claim audit

What survives contact with evidence?

This is the atlas’s compact honesty ledger. The first column is established constraint; the second is the DRFA-compatible interpretation; the third is the boundary that remains in force.

Established constraintDRFA interpretationRetained boundary

Electrical signaling

Established

Ion gradients, conductances, graded potentials, spikes, and synapses.

DRFA use

Compatible physical substrate for state-conditioned propagation.

Boundary

Graph Potential is not membrane voltage, joules, firing rate, or EEG amplitude.

Extracellular state

Established

K⁺, glia, diffusion, vascular state, and ephaptic effects alter excitability.

DRFA use

AEF is a decomposable modeling umbrella for slower neighborhood conditions.

Boundary

No diffuse field assigns semantic meaning or synaptic credit.

Plasticity

Established

Coincidence, calcium, eligibility, depression, homeostasis, and structural change.

DRFA use

Ingredients exist for local deterministic update rules.

Boundary

NMDA is not a complete formation law or a free timescale bridge.

Familiarity + early caregiver coupling

Established

Identity, perceptual detail, conceptual access, and task effects can dissociate. Maternal speech and sound can elicit early responsivity, differentiation, and plasticity under distinct experimental designs.

DRFA use

Economical convergence and Monadic Excitation Frame formation are separate testable hypotheses.

Boundary

No universal imagery penalty, mandatory compression, proven erasure, or demonstrated MEF anatomy.

Motion + sequence

Established

Population trajectories, sequence learning, replay, and temporal codes occur.

DRFA use

KRS names the functional representational problem.

Boundary

The storage and faithful realization mechanism remains unknown.

Cortical columns

Established

Vertical motifs coexist with lateral and long-range connectivity.

DRFA use

The Holoframe API is a proposed local-operator crosswalk.

Boundary

Columns are not established canonical containers of whole Reference Frames.

Global availability

Established

Distributed recurrent access correlates with report and cross-system influence.

DRFA use

GWT remains useful as an access description and software coordination pattern.

Boundary

Availability and reportability do not explain phenomenal awareness.

Energy

Established

Metabolic power restores gradients and supports signaling and maintenance.

DRFA use

Resource constraints are architecturally load-bearing.

Boundary

The roughly 20 W brain is not summed electrochemical potential.

Graph mathematics

Established

Neural fields, graph signals, attractors, and network control supply formal tools.

DRFA use

Typed state, delays, resources, inhibition, and reachability can be explicit.

Boundary

A useful equation is not evidence that biological tissue computes it.

Software organism

Established

A deterministic local simulation can expose every state and intervention.

DRFA use

DRFA-0 is a falsifiable construction program.

Boundary

Engineering usefulness cannot establish biological truth.

REVIEW VERDICT

The atlas is scientifically usable as a labeled map of a working hypothesis. Its biological ingredients are mostly constraint-compatible; its synthesis, coarse-graining, formation law, temporal mechanism, value system, and consciousness claims remain unvalidated.

15 / Dictionary + encyclopedia

The DRFA field manual

A tagged reference that keeps measured biology, mathematical neighbors, DRFA definitions, crosswalks, and open hypotheses visibly distinct. Search a word; open an entry for mechanism, scale, caveat, and source.

Established science Formal neighbor DRFA-defined Proposed crosswalk Open hypothesis

16 / The whole argument

Open the canonical scientific monograph.

The paper explains, demonstrates, formalizes, challenges, and operationalizes DRFA—from electrochemical constraints and graph mathematics through explicit gaps, DRFA-0, an encyclopedia, and the full reference trail.

Open the canonical paper ↗