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Modern Self Café v13: Escaping Auntie de Sitter (Spacetime as a Fractal Markov Quilt)

Posted: June 30, 2026 | Author: | Filed under: AI-Powered Essays | Tags: , , |Leave a comment

Sequel to Modern Self Café v12: Extreme Universe Makeover (Rebuilding Quantum Collapse)

Write as a Rugrats skit about mashed-up scientists attempting to move out of Anti de Sitter spacetime, which is only solved by Karl Friston’s
Linus-like Markov Blankets.

ChatGPT Prompt (condensed)

Cast

INT. AUNTIE DE SITTER’S BACKYARD — DAY

The babies have escaped again.

Behind them sits the Anti-de Sitter Playpen—a marvel of
engineering. Every wall is perfectly rigid. Every toy eventually comes
back. Every scraped knee heals. Every adventure somehow ends exactly
where it began.

Beyond the playpen…

…the backyard won’t stop expanding.

The fence keeps drifting farther away.

A cold wind blows in from somewhere no one can quite point to.

JUANNY squints at the horizon.

JUANNY:
If I can just fold the yard back into itself…

He jams a toy screwdriver into the grass.

The ground wrinkles elegantly.

The wrinkle curves…

…and lands him right back inside the playpen.

SUSSIE hugs his knees.

SUSSIE:
Forget the yard! The answer has to be hidden in the fence!

He spends several frantic minutes examining every slat.

SUSSIE:
Guys! The fence contains the entire yard!

The babies stare.

JUANNY:
Great! How do we get out?

Sussie slowly lowers his magnifying glass.

PHILINGI points excitedly at the distant sky.

PHILINGI:
I see it! The edge!

He throws a jump rope toward the horizon.

The horizon politely recedes.

LILAGI has woven an astonishing web of glowing pink yarn connecting
every toy in sight.

The structure is breathtaking.

The playpen has never been more stable.

The babies admire it.

Then they all look back at the expanding yard.

Through the garage window sits PRESKILLICA, chewing bubble gum.

She cradles CYNTHIA, a flawless robotic doll surrounded by a
shimmering ring of active stabilizer blocks.

A monitor flashes:

LOGICAL QUBIT
ERRORS CORRECTED
M = 1.000000

Preskillica rolls her eyes.

PRESKILLICA:
You babies are doing it all wrong.
This place is perfectly quantum error-correcting.
Why would anybody ever leave?

Nobody answers.

Because…

…it’s an excellent question.

Then comes the sound.

THUMP.

THUMP.

THUMP.

Coming down the sidewalk is AUNTIE DE SITTER, carrying an enormous
laundry basket overflowing with raw, expanding cosmic entropy.

The basket keeps getting bigger.

The wind grows stronger.

The playpen begins to creak.

Only one baby seems unconcerned.

In the corner sits KARL LINUSTON.

Thumb in mouth.

Blanket in lap.

Watching.

Juanny runs over.

JUANNY:
Karl! The universe is falling apart!

Karl looks puzzled.

KARL:
Why are you trying to carry the playpen?

The babies blink.

Karl stands.

He stretches his blanket between two toy sticks.

The wind catches it immediately.

The blanket rises.

Not wildly.

Gracefully.

It becomes a kite.

The crossed sticks divide the fabric into four perfect diamonds.

The tail dances behind it.

Karl smiles.

KARL:
See? The sticks are the light cones.
The cloth is the Coverlet.
The string is your worldline.
The tail… that’s the Siphon.

The babies stare upward.

The kite doesn’t fight the wind.

It rides it.

Juanny looks back at Preskillica.

Then at Cynthia.

Then back at the kite.

His eyes widen.

JUANNY:
We’ve been using her backwards.

He dives through the dog door.

PRESKILLICA:
HEY!

Juanny gently lifts Cynthia from her perfect little cradle.

He carries her outside.

The stabilizer ring begins humming.

Lilagi quickly stitches the ring into Karl’s blanket.

Philingi ties the kite string.

Sussie nervously checks every knot twice.

Karl nods.

The blanket seals.

The Markov Coverlet forms.

The Markov Siphon snaps open.

A tiny hiss escapes beneath the blanket.

PSSSSST.

One BTU.

Ledger balanced.

The kite surges upward.

The babies lift off the ground.

Higher.

Higher.

Higher.

Until they finally see it.

The backyard isn’t empty.

It never was.

The entire sky is woven from an infinite lattice of interlocking kites.

Every kite carries its own protected interior.

Every kite shares its edges with its neighbors.

Whenever one tail snaps…

…the entire quilt subtly flexes.

Not resisting the wind.

Flying because of it.

Juanny lets out another inch of string.

He laughs.

JUANNY:
It isn’t one playpen.

Karl smiles.

KARL:
Nope. Just quilts all the way up.

Far below, Auntie de Sitter watches the babies disappear into the sky.

She smiles.

She was never raising prisoners.

She was raising explorers.

The Anti-de Sitter Playpen was never supposed to become the universe.

It was where the babies learned to carry their own blankets.

————————————————————————

Appendix I: Real People, Real Research

The skit in Modern Self Café v13 is a work of satire. The characters
are affectionate mashups inspired by real scientists and genuine
research programs. The jokes are fictional; the scientific contributions
are real.

Character Guide

Juanny (Tommy + Juan Maldacena)

Represents: Juan Maldacena

Key contribution: The AdS/CFT correspondence, proposing an exact
duality between gravity in Anti-de Sitter (AdS) spacetime and a
conformal field theory defined on its boundary.

Sussie (Chuckie + Leonard Susskind)

Represents: Leonard Susskind

Key contributions:

Philingi (Phil + Andrew Strominger)

Represents: Andrew Strominger

Key contribution: Celestial holography, seeking a holographic
description of flat and de Sitter-like spacetimes.

Lilagi (Lil + Tadashi Takayanagi)

Represents: Tadashi Takayanagi

Key contribution: The Ryu–Takayanagi formula relating quantum
entanglement entropy to spacetime geometry.

Preskillica (John Preskill + Angelica Pickles)

Represents: John Preskill and collaborators

Key contribution: Quantum error correction as a model for emergent
spacetime, especially the HaPPY code developed with Fernando Pastawski,
Beni Yoshida, Daniel Harlow, and John Preskill.

Karl Linuston (Karl Friston + Linus van Pelt)

Represents: Karl Friston

Key contributions:

Scientific Concepts Referenced

Several concepts appearing in the skit—such as BTUs (Bekenstein Transfer Units), Markov Coverlets, Markov Siphons, Surplus Complexity Capacity (SCC), Causal Diamond Kites, and the Fractal Markov Quilt—are original conceptual proposals introduced in the Modern Self Café series. They are intended as speculative organizing ideas that build on, rather than replace, the established research programs above.

A Note to Physicists

The purpose of the skit is not to parody the scientists themselves. It is to illustrate, through humor, how several active research programs
may fit together within a larger conceptual architecture. If the
metaphors encourage readers to explore the original papers, then the
skit has done its job.

————————————————————————

Appendix II: Being as Stabilized Relational Coherence

A Working Ontological Foundation

This appendix explains why the ideas in the Modern Self Café series
repeatedly converge across physics, biology, information theory,
software architecture, and theology.

The proposal is not that these disciplines are identical.

The proposal is that they express a common underlying pattern.

Being is stabilized relational coherence.

This is offered as a metaphysical conjecture that organizes the
framework. It is not an established result of physics.

1. The Observation

Across many domains, stable entities share a common structure.

  • A particle persists.
  • A living cell persists.
  • An organism persists.
  • A mind persists.
  • A software module persists.
  • An institution persists.

Each remains identifiable despite continual exchange with its
environment.

2. Persistence Is Active

Persistence is not passive.

It requires continual maintenance through:

  • boundaries,
  • memory,
  • energy,
  • information,
  • repair,
  • adaptation.

In physics this appears through ideas such as quantum error correction,
Landauer’s principle, and
Bekenstein entropy.

In biology it appears through
homeostasis and
Markov blankets.

In cognition it appears through the Free Energy Principle.

3. Relations Come First

This framework proposes that relations are more fundamental than
isolated objects.

Identity emerges from durable patterns of relation rather than from
independent substance.

Stable entities are coherent relational structures.

4. Boundaries Are Creative

Boundaries do more than separate.

They:

  • preserve identity,
  • regulate exchange,
  • create recoverable structure,
  • enable adaptation.

Within the Modern Self Café framework, concepts such as Markov Coverlets, Markov Siphons, BTUs (Bekenstein Transfer Units),
Surplus Complexity Capacity (SCC), and the Fractal Markov Quilt
are proposed as speculative mechanisms expressing this deeper principle.

5. A Common Grammar

This suggests a shared organizational grammar across domains.

  • Physics studies coherent matter.
  • Biology studies coherent life.
  • Cognition studies coherent agency.
  • Software architecture studies coherent systems.
  • Organizations study coherent collaboration.

These may be different manifestations of the same underlying
architecture.

6. The Conjecture

The central ontological claim is:

Being is stabilized relational coherence.

To exist is not merely to occupy space or instantiate substance.

To exist is to sustain coherent relations across disturbance.

7. Consequences

If this conjecture is fruitful, then the recurring appearance of:

  • holography,
  • quantum error correction,
  • Markov blankets,
  • active inference,
  • thermodynamic accounting,
  • and nested interfaces

is not accidental.

They are different perspectives on the same underlying reality.

Closing Reflection

This appendix does not claim that the conjecture is proven.

Instead, it offers an interpretive lens through which the scientific and
philosophical themes of the series may be viewed as parts of a single,
coherent architecture.

If that architecture ultimately proves useful, its value will lie not
only in explaining known phenomena, but in suggesting new mathematical
structures, new experiments, and new ways of understanding what it means
for anything to be.

————————————————————————

Appendix III: Stabilizing de Sitter

From Global Boundaries to Local Blankets

Purpose

This appendix summarizes the central speculative proposal motivating
Modern Self Café v13.

It is not a claim that the de Sitter holography problem has been
solved. Rather, it proposes a different organizing question.

Instead of asking:

Where is the global holographic boundary?

ask:

How is local persistence maintained in an expanding universe?

1. The AdS Success

The success of the Anti-de Sitter / Conformal Field Theory (AdS/CFT)
correspondence suggests that spacetime can emerge from structured
quantum information.

The challenge is that these constructions rely on a particularly clean asymptotic boundary.

2. The de Sitter Problem

Our observed universe is well approximated on large scales by de Sitter spacetime:

https://en.wikipedia.org/wiki/De_Sitter_space

Unlike AdS, de Sitter space lacks the same globally accessible timelike
boundary.

This has motivated decades of work on alternatives, including observer-dependent horizons and celestial holography.

3. A Different Primitive

This framework proposes replacing the primitive concept of a global boundary with a nested hierarchy of local information boundaries.

The natural abstraction is the Markov blanket:

https://en.wikipedia.org/wiki/Markov_blanket

Instead of one privileged holographic screen, reality may consist of
many interacting, nested blankets.

4. A Fractal Markov Quilt

Within the Modern Self Café framework, spacetime is conjectured to
behave as a Fractal Markov Quilt.

Each patch:

  • maintains local identity,
  • exchanges information through a mediated interface,
  • possesses finite surplus complexity capacity,
  • participates in a larger relational mesh.

Black-hole horizons, causal diamonds, biological membranes, and observer
horizons become different instances of the same architectural principle.

5. Local Stabilization

Several speculative concepts are introduced to describe this process.

  • BTUs (Bekenstein Transfer Units) — informational accounting
    units.
  • Markov Coverlets — local protective interfaces.
  • Markov Siphons — mechanisms that rebalance informational
    surplus.
  • Surplus Complexity Capacity (SCC) — the reserve enabling
    persistence under perturbation.

These concepts are intended as organizing hypotheses rather than
established physics.

6. Why This Might Help

If spacetime is maintained by many interacting local blankets rather
than one global boundary, then several independent research programs may
become complementary rather than competing.

Examples include:

  • AdS/CFT
  • Quantum error correction
  • Celestial holography
  • Active inference
  • Horizon thermodynamics

Each may illuminate a different aspect of the same underlying
architecture.

7. The Conjecture

de Sitter spacetime may not need a global holographic boundary if persistence is carried by a fractal quilt of local, error-correcting Markov blankets.

Whether this idea can be made mathematically precise remains an open question.

Its value will ultimately depend on whether it produces new derivations,
new predictions, or new connections among existing theories.

————————————————————————

Appendix IV: The Fractal Markov Quilt

A Proposed Architectural Primitive for Spacetime

Purpose

This appendix introduces the Fractal Markov Quilt as the central
architectural hypothesis of the Modern Self Café framework.

Rather than treating spacetime as fundamentally composed of points,
fields, or a single privileged boundary, the proposal is that reality is
organized as a nested network of persistent, interacting information
boundaries.

This is a speculative synthesis, not an established result.

1. The Core Idea

Spacetime is a Fractal Markov Quilt.

A Fractal Markov Quilt is a scale-free mesh of nested, overlapping
Markov blankets that preserve local identity while enabling global
coherence.

Every persistent subsystem carries its own “blanket.”

No single blanket is privileged.

2. Why a Quilt?

A quilt has properties that a single sheet does not.

  • Local patches may differ.
  • Neighboring patches share seams.
  • Damage remains localized.
  • New patches can be stitched in.
  • The whole remains coherent without central control.

These are precisely the architectural properties sought in robust
physical, biological, computational, and social systems.

3. Quilt Patches

Each patch corresponds conceptually to a persistent subsystem.

Examples include:

  • elementary particles (if the conjecture extends this far),
  • atoms,
  • living cells,
  • organisms,
  • observers,
  • causal diamonds,
  • black-hole horizons,
  • galaxies.

Each maintains an interior, exchanges through an interface, and
participates in larger-scale organization.

4. The Seams

The seams between patches are where relationships are negotiated.

Within this framework they may be expressed through:

  • Markov blankets,
  • Markov Coverlets,
  • quantum error correction,
  • shared boundary conditions,
  • thermodynamic exchange.

The seams are not merely separators.

They are the places where coherence is maintained.

5. Dynamics

A quilt is not static.

Local perturbations are absorbed through continual adjustment.

The framework proposes:

  • BTUs account for informational transactions.
  • Surplus Complexity Capacity (SCC) provides local reserve.
  • Markov Siphons rebalance disturbances.
  • Coverlets preserve local identity during adaptation.

Persistence is therefore an ongoing process rather than a fixed
property.

6. Scale-Free Organization

The same organizational grammar may recur across scales.

Cells form tissues.

Tissues form organisms.

Observers form societies.

Local horizons form cosmological structure.

No sharp ontological boundary separates these levels.

Instead, each level emerges from stabilized relational coherence among
the level below.

7. Relation to Existing Research

The quilt is intended as a conceptual bridge among several active
research programs, including:

  • AdS/CFT and holography,
  • quantum error correction,
  • Markov blankets and the Free Energy Principle,
  • horizon thermodynamics,
  • causal-diamond approaches,
  • information-theoretic views of spacetime.

The proposal is not that these theories are identical.

It is that they may be describing different aspects of the same
architectural pattern.

8. The Central Conjecture

Reality is not fundamentally a collection of objects inhabiting spacetime. Reality is a self-stabilizing quilt of persistent relational processes, from which spacetime, matter, agency, and observation emerge together.

Whether this conjecture can be made mathematically precise remains an
open research question.

If successful, the Fractal Markov Quilt would not replace existing
theories. It would provide a common architectural language in which they
naturally fit together.

————————————————————————

Appendix V: Why Rugrats?

Narrative as Recursive World-Building

Purpose

Why does a series about quantum gravity begin with Rugrats?

Not because cartoons simplify science.

Because Rugrats makes visible something adults usually forget:

we do not merely discover worlds—we continually construct, inhabit, and transcend them.

This appendix proposes that the Rugrats skits are not decorative
introductions. They are thought experiments (gedankenexperiments)
about how understanding itself grows.

1. We Never Perceive Reality Directly

Every organism inhabits a constructed world.

Every perception is mediated.

Every explanation is a model.

Children simply make this construction process visible.

Adults usually hide it beneath words like “common sense.”

2. Every Episode Builds a Universe

A typical Rugrats episode begins with a familiar setting:

  • a playpen,
  • a toy,
  • a strange sound,
  • a misunderstanding.

From these ordinary ingredients the babies construct a coherent
explanatory universe.

They then inhabit that universe completely.

For them, it is real enough to explore.

3. Exploration Is Recursive

The babies are always trying to escape.

But they are not merely escaping places.

They are escaping ontologies.

Each adventure enlarges the world they are capable of inhabiting.

Yesterday’s universe becomes one room inside today’s universe.

Science progresses in much the same way.

4. Narrative Is a Cognitive Blanket

A narrative is not reality.

Nor is it merely fiction.

A good story preserves essential relationships while hiding unnecessary
detail.

Like a Markov blanket, it provides a
permeable interface between overwhelming complexity and meaningful understanding.

Stories are portable worlds.

5. Science Does the Same Thing

Scientific theories are not reality itself.

They are increasingly successful models that preserve deeper relational
structure.

Ideas such as the holographic principle, quantum error correction,
causal diamonds, and
the Free Energy Principle are
all attempts to stabilize coherent understanding while compressing
immense complexity.

6. The Modern Self Café Method

Each essay follows the same recursive architecture.

  1. A skit creates a miniature universe.
  2. The essay expands beyond that universe.
  3. The appendices stabilize the new conceptual territory.
  4. The following essay repeats the process from a higher level.

The essays therefore embody the same recursive architecture they seek to
describe.

7. Why Rugrats?

Few stories portray ontology under construction as naturally as
Rugrats.

The babies are constantly asking:

  • What is this?
  • Where are the boundaries?
  • How large is the world?
  • Who can be trusted?
  • What lies beyond?

Those are also the central questions of science.

The babies are not pretending.

They are building models.

Closing Reflection

If the central proposal of this series is correct—

Being is stabilized relational coherence.

—then understanding may be the recursive construction of ever larger
worlds capable of sustaining that coherence.

The Rugrats skits are therefore not comic relief.

They are recursive thought experiments.

Each constructs a small, permeable world that readers can inhabit long
enough to discover a larger one waiting just beyond its boundary.

—-

Appendix VI: Questing for Surplus Complexity Capacity

Why We Stayed in the Playpen

Purpose

This appendix introduces Surplus Complexity Capacity (SCC) by
beginning with the problem it is intended to solve.

SCC is a speculative organizing concept within the Modern Self Café
framework, not an established quantity in contemporary physics.

1. The Puzzle

Why has so much progress in quantum gravity emerged from Anti-de Sitter (AdS) models, yet proved so difficult to extend to our
apparently expanding de Sitter (dS) universe?

One answer is mathematical convenience.

This appendix asks whether there is also an architectural reason.

2. The Nursery Trap

The Anti-de Sitter Playpen is an extraordinarily successful nursery.

Its global boundary makes recoverability, holography, and quantum error
correction unusually tractable.

Inside the playpen, stability appears to come from one elegant enclosing
wall.

That intuition has been enormously productive.

It may also be incomplete.

3. The Missing Question

Instead of asking,

Where does the boundary come from?

ask,

Where does the capacity to remain coherent come from?

Those are different questions.

4. Beyond Static Stability

A rigid wall stabilizes by resisting disturbance.

Living systems absorb perturbation, redistribute it, repair themselves,
and continue.

The deeper resource may therefore be dynamic recoverability rather
than static stability.

5. Introducing SCC

Surplus Complexity Capacity (SCC) is the distributed reserve of structured relational capacity that enables a network of persistent subsystems to preserve coherent identity while continually adapting to perturbation.

Its three components are:

  • Surplus — more organized possibility than the present state
    alone requires.
  • Complexity — structured relationships, not random entropy.
  • Capacity — the ability to recover rather than merely survive.

6. Why the Network Matters

A single boundary can isolate.

It cannot by itself explain resilient persistence.

Within the Fractal Markov Quilt, SCC is conjectured to emerge from:

  • overlapping Markov blankets,
  • shared seams,
  • redundant pathways,
  • local BTU accounting,
  • continual Coverlet and Siphon activity.

The playpen concentrated what the quilt distributes.

7. Escaping the Playpen

The babies repeatedly fail because they keep trying to leave the playpen
while leaving its stabilizing architecture behind.

Karl Linuston’s blanket changes the question.

The goal is not to transport one perfect boundary.

The goal is to participate in a distributed network that continually
regenerates coherence.

8. A Research Conjecture

If this perspective is fruitful, then the apparent dependence of
holographic quantum gravity on AdS may reflect dependence on an explicit
source of recoverability rather than on AdS geometry itself.

The deeper question becomes:

Can the distributed dynamics of a Fractal Markov Quilt generate the Surplus Complexity Capacity that AdS appears to provide through a single global boundary?

Closing Reflection

SCC is introduced to name the missing architectural resource between
identity and persistence.

If being is stabilized relational coherence, then Surplus Complexity Capacity is the distributed reserve that allows coherence
to remain itself while the universe continues to change.

—-

Post-Credits Epilogue: The Diamond Inspector

A fictional dialogue inspired by the work of real researchers. The dialogue is imaginary; the scientific programs are real.

INT. BLACKBOARD ROOM — LATE EVENING

The credits finish rolling on Escaping Auntie de Sitter.

Three physicists remain.

No one applauds.

Tom Banks
walks to the board first.

He draws a single large causal diamond.

BANKS:
Cute story.

But the cartoon still owes me a Hilbert space.

One diamond. One Hilbert space.

Otherwise you’ve replaced one global problem with infinitely many
local ones.

Across the room, Ted Jacobson quietly erases the boundary of the diamond.

He leaves only its edges.

JACOBSON:
I don’t think the Hilbert space is your first problem.

My first problem is the ledger.

Every local horizon already carries entropy.

Every local horizon already satisfies a thermodynamic relation.

Why would the universe need one giant accounting office?

Banks folds his arms.

BANKS:
Because somebody has to make the books balance.

The door opens.

Chris Fields enters carrying
Karl Linuston’s blanket.

He spreads it over the table.

Its stitching forms overlapping diamonds.

FIELDS:
You’re both assuming the diamond is fundamentally a container.

I’m asking what makes it a system.

He traces one seam.

FIELDS:
A Markov blanket doesn’t merely surround a system.

It defines what counts as a system.

Banks shakes his head.

BANKS:
Fine.

Then where does the recoverability live?

Nobody answers.

Silence.

Suddenly the door bursts open.

PRESKILLICA marches in wearing a toy hard hat and carrying an
oversized city inspector’s clipboard.

She doesn’t look at the blanket.

She doesn’t look at the diamonds.

She looks underneath the table.

PRESKILLICA:
Hmph.

She taps the clipboard.

PRESKILLICA:
Failed inspection.

Banks frowns.

BANKS:
We haven’t even proposed a theory yet.

PRESKILLICA:
Exactly.

She points at Banks’ diamond.

PRESKILLICA:
You keep inspecting the room.

She points at Jacobson’s equations.

PRESKILLICA:
You keep inspecting the heat.

She points at Fields’ blanket.

PRESKILLICA:
You keep inspecting the seams.

She kneels and knocks on the floorboards.

PRESKILLICA:
Has nobody checked the plumbing?

The room goes quiet.

She flips the clipboard around.

Across the top is written:

BUILDING CODE

  • Coverlets
  • Siphons
  • BTU Ledger

She circles the last item.

PRESKILLICA:
You’re all asking where stability comes from.

She shakes her head.

PRESKILLICA:
Stability isn’t the code.

She underlines BTU Ledger.

PRESKILLICA:
Recoverability is.

Jacobson slowly puts down his chalk.

JACOBSON:
Wait…

He redraws Banks’ diamond.

Then another.

Then another.

Each overlaps its neighbors.

JACOBSON:
If every diamond carries its own thermodynamic ledger…

Fields continues.

FIELDS:
…and every blanket decides what can be exchanged…

Banks finishes the thought.

BANKS:
…then maybe the consistency condition isn’t one asymptotic boundary.

Nobody moves.

Preskillica smiles.

PRESKILLICA:
Finally.

She draws a single line through Banks’ first picture.

One giant diamond.

Then she draws a quilt of hundreds of small overlapping diamonds.

PRESKILLICA:
You were trying to balance one enormous ledger.

She taps the quilt.

PRESKILLICA:
This balances itself.

Banks immediately objects.

BANKS:
Networks don’t balance themselves.

Preskillica grins.

PRESKILLICA:
Exactly.

She taps the word SIPHONS.

PRESKILLICA:
They reconcile.

Long silence.

Jacobson looks at the quilt.

JACOBSON:
Then a causal diamond isn’t fundamentally a container.

Fields nods.

FIELDS:
It’s a maintenance jurisdiction.

Banks stares at the board.

For the first time all evening, he smiles.

BANKS:
That’s not a proof.

PRESKILLICA:
No.

She closes the clipboard.

PRESKILLICA:
It’s a building permit.

FADE OUT

Author’s Note

The dialogue above is fictional.

Its purpose is to isolate one research conjecture:

Perhaps the key invariant of quantum gravity is not a single global boundary, but the local reconciliation of recoverability across overlapping causal diamonds.

Within the Modern Self Café framework, Surplus Complexity Capacity (SCC) names the distributed reserve created by that reconciliation.
Whether such an idea can be formalized remains an open mathematical question.

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