Territories
Territory is the spatial structure of Zipvilization.
It begins with SOLUM.
Every unit of SOLUM represents:
1 SOLUM = 1 m²
But holding SOLUM does not automatically mean that active Territory exists.
Territory becomes active only when enough SOLUM exists to form the minimum territorial structure:
1 Farm
A Farm requires:
8 Tiles
and each Tile requires:
1,000,000 SOLUM
Therefore:
1 Farm = 8,000,000 SOLUM = 8 km²
This threshold separates simple SOLUM ownership from active territorial participation.
Below it:
Holder
At or above it:
Colonist
Territory is therefore not merely balance.
It is balance interpreted through canonical spatial rules.
→ Discover SOLUM
→ Discover Colonists
From SOLUM to Territory
The spatial hierarchy begins with the smallest canonical unit:
1 SOLUM = 1 m²
From there:
1,000,000 SOLUM
↓
1 TILE
↓
1 km²
A Tile provides capacity for:
1 Zip
But a Tile is not independently active Colonist Territory.
The minimum active territorial structure is:
1 Farm
which contains:
8 Tiles
Therefore:
8,000,000 SOLUM
↓
8 TILES
↓
8 km²
↓
1 FARM
↓
MAXIMUM CAPACITY: 8 ZIPS
This is the first complete territorial structure of Zipvilization.
The Territorial Levels
Zipvilization has four canonical territorial levels:
| Territory | Tiles | SOLUM | Area | Maximum Zip Capacity |
|---|---|---|---|---|
| Farm | 8 | 8,000,000 | 8 km² | 8 |
| City | 256 | 256,000,000 | 256 km² | 256 |
| State | 8,192 | 8,192,000,000 | 8,192 km² | 8,192 |
| Kingdom | 262,144 | 262,144,000,000 | 262,144 km² | 262,144 |
Each level has:
32× the total territorial capacity of the previous level
But that does not mean that each level structurally contains 32 units of the previous level.
This distinction is fundamental.
Scale is not composition.
Territorial Scale
The total capacity progression is:
FARM
8 Tiles
×32
CITY
256 Tiles
×32
STATE
8,192 Tiles
×32
KINGDOM
262,144 Tiles
This tells us how total territorial capacity grows.
It does not tell us how each Territory is internally composed.
For that, Zipvilization uses a different rule.
Territorial Composition
Every higher territorial level is composed of:
16 complete Territories of the immediately preceding level
plus:
an equal amount of new Territory belonging to the higher level itself
This creates a 50 / 50 structure:
50% inherited lower-level Territory
50% new higher-level Territory
That rule produces the complete hierarchy.
Farm
The Farm is the first active territorial structure.
It contains:
8 Tiles
Equivalent SOLUM:
8,000,000 SOLUM
Area:
8 km²
Maximum population:
8 Zips
The Farm is simultaneously:
- the minimum active territorial structure,
- the threshold for becoming a Colonist,
- the primary population-generating territorial unit,
- the primary maturity reference,
- and the primary historical reference for territorial development.
This makes the Farm much more than the smallest item in a hierarchy.
It is the basic living unit from which higher territorial development grows.
The Farm Threshold
An address holding less than:
8,000,000 SOLUM
does not have one complete Farm.
Therefore:
SOLUM < 8,000,000
↓
HOLDER
↓
NO COMPLETE FARM
↓
NO ACTIVE TERRITORY
↓
NO BLOCH ACTIVATION
At:
8,000,000 SOLUM
the first complete Farm becomes possible.
Then:
SOLUM ≥ 8,000,000
↓
COMPLETE FARM CAPACITY
↓
COLONIST
↓
ACTIVE TERRITORY
↓
BLOCH CAN ACTIVATE
↓
BIOLOGICAL DEVELOPMENT CAN BEGIN
This threshold is one of the most important boundaries in Zipvilization.
Holding SOLUM is not the same as colonizing Territory.
Farm Population
Every Tile provides capacity for:
1 Zip
A Farm contains:
8 Tiles
Therefore:
1 Farm = capacity for 8 Zips
But capacity does not mean those Zips already exist.
Population must emerge through valid biological development.
A valid active/generating Farm can support:
1 Zip-generation process per biological cycle
while valid unoccupied territorial capacity exists.
A Farm does not need to be mature before generation begins.
Its first eight valid biological cycles generate its initial eight-Zip population.
At the end of those eight valid cycles, when its eight-Zip capacity has been populated under valid historical conditions:
the Farm reaches maturity
Therefore:
VALID ACTIVE / GENERATING FARM
+
BLOCH
+
BIOLOGICAL TIME
+
AVAILABLE CAPACITY
+
VALID HISTORY
↓
ZIP GENERATION
The Farm is the generator.
Bloch is the digital-genetic emergence mechanism.
Time determines the duration of each generation cycle.
Territory determines capacity.
History determines what actually happened.
→ Explore Time
→ Discover Zips
Farm as Information
A Zip represents:
1 bit
A Farm can contain:
8 Zips
Therefore a complete populated Farm represents:
8 bits
or:
1 byte
This creates a direct relationship between spatial structure and informational structure:
1 TILE
=
CAPACITY FOR 1 ZIP
=
CAPACITY FOR 1 BIT
8 TILES
=
1 FARM
=
CAPACITY FOR 8 ZIPS
=
CAPACITY FOR 8 BITS
=
1 BYTE
The Farm is therefore both a territorial structure and a foundational informational structure.
City
A City has total capacity of:
256 Tiles
Equivalent SOLUM:
256,000,000 SOLUM
Area:
256 km²
Maximum population:
256 Zips
But a City is not structurally composed of 32 Farms.
Its canonical composition is:
16 Farms + 128 City-level Tiles
The 16 Farms contain:
16 × 8
=
128 Tiles
The City then adds:
128 new City-level Tiles
Therefore:
128 FARM TILES
+
128 CITY TILES
=
256 TOTAL TILES
This produces the canonical 50 / 50 territorial structure.
Why a City Is Not 32 Farms
Mathematically:
256 Tiles
÷
8 Tiles per Farm
=
32
So a City has the same total area as:
32 Farms
But this is only a surface equivalence.
It is not the structural composition of a City.
The actual City structure is:
16 Farms + 128 City-level Tiles
Therefore:
32 Farms = mathematical surface equivalence
16 Farms + 128 City Tiles = canonical structural composition
These two statements must never be confused.
City Population
Sixteen mature Farms contain:
128 existing Zips
The City adds capacity for:
128 additional Zips
The 16 mature Farms remain generating units.
Their combined rate is:
16 Zips per biological cycle
Therefore the 128 additional City positions require:
128
÷
16
=
8 additional cycles
The Farm stage required:
8 cycles
The City stage adds:
8 more
Therefore:
Mature City = 16 cumulative biological cycles
Maximum population:
256 Zips
Higher Territory provides capacity.
The Farms continue providing the population-generation rate.
The City does not independently generate Zips.
State
A State has total capacity of:
8,192 Tiles
Equivalent SOLUM:
8,192,000,000 SOLUM
Area:
8,192 km²
Maximum population:
8,192 Zips
Its canonical composition is:
16 Cities + 4,096 State-level Tiles
Sixteen Cities contain:
16 × 256
=
4,096 Tiles
The State then adds:
4,096 new State-level Tiles
Therefore:
4,096 LOWER-LEVEL TILES
+
4,096 STATE TILES
=
8,192 TOTAL TILES
Again:
50% inherited territorial structure
50% new State-level Territory
Farms Inside a State
Each City contains:
16 Farms
A State contains:
16 Cities
Therefore:
16 Cities
×
16 Farms
=
256 Farms
So a State contains:
256 structurally contained Farms
This is different from dividing its total surface by Farm size:
8,192
÷
8
=
1,024
The number:
1,024 Farms
is only a total-area equivalence.
It is not the canonical structural composition.
The actual structure contains:
256 Farms
inside:
16 Cities
plus:
4,096 State-level Tiles
State Population
Sixteen mature Cities contain:
4,096 existing Zips
They also contain:
256 mature generating Farms
Those Farms remain the population generators.
Their combined generation rate is:
256 Zips per biological cycle
The State adds capacity for:
4,096 additional Zips
Therefore:
4,096
÷
256
=
16 additional cycles
A mature City represents:
16 cumulative cycles
The State adds:
16 more
Therefore:
Mature State = 32 cumulative biological cycles
Maximum population:
8,192 Zips
Again:
The State provides additional capacity.
The Farms provide the population-generation rate.
Kingdom
A Kingdom has total capacity of:
262,144 Tiles
Equivalent SOLUM:
262,144,000,000 SOLUM
Area:
262,144 km²
Maximum population:
262,144 Zips
Its canonical composition is:
16 States + 131,072 Kingdom-level Tiles
Sixteen States contain:
16 × 8,192
=
131,072 Tiles
The Kingdom adds:
131,072 new Kingdom-level Tiles
Therefore:
131,072 LOWER-LEVEL TILES
+
131,072 KINGDOM TILES
=
262,144 TOTAL TILES
The same 50 / 50 rule remains intact.
Farms Inside a Kingdom
Each State contains:
256 Farms
A Kingdom contains:
16 States
Therefore:
16 States
×
256 Farms
=
4,096 Farms
So a Kingdom structurally contains:
4,096 Farms
It also contains:
256 Cities
and:
16 States
This is different from dividing total Kingdom area by Farm size:
262,144
÷
8
=
32,768
Again:
32,768 Farms = surface equivalence
4,096 Farms = canonical contained Farm structure
Never substitute one for the other.
Kingdom Population
Sixteen mature States contain:
131,072 existing Zips
They collectively contain:
4,096 mature generating Farms
Those Farms provide a combined generation rate of:
4,096 Zips per biological cycle
The Kingdom adds capacity for:
131,072 additional Zips
Therefore:
131,072
÷
4,096
=
32 additional cycles
A mature State represents:
32 cumulative cycles
The Kingdom adds:
32 more
Therefore:
Mature Kingdom = 64 cumulative biological cycles
Maximum population:
262,144 Zips
The Kingdom does not independently create population.
Its Farms continue generating into the available higher territorial capacity.
The Complete Territorial Structure
The hierarchy can be summarized as:
| Level | Total Tiles | Contained Previous-Level Territories | Own-Level Tiles | Contained Farms |
|---|---|---|---|---|
| Farm | 8 | — | 8 | 1 |
| City | 256 | 16 Farms | 128 | 16 |
| State | 8,192 | 16 Cities | 4,096 | 256 |
| Kingdom | 262,144 | 16 States | 131,072 | 4,096 |
The pattern is:
16 previous-level Territories + equal own-level capacity
This is the structural rule.
The separate scale rule is:
×32 total capacity
Both are true.
They describe different properties.
Capacity and Structure Are Different
Consider a City.
Its total capacity is:
256 Tiles
This is equivalent in area to:
32 Farms
But its structure contains:
16 Farms
The remaining capacity is:
128 City-level Tiles
Therefore:
TOTAL CAPACITY
!=
NUMBER OF CONTAINED LOWER-LEVEL TERRITORIES
The same distinction applies to every higher level.
This matters because:
- maturity depends on the contained generating Farms,
- population generation depends on those Farms,
- historical reconstruction depends on those Farms,
- while total capacity determines how many Zips can ultimately exist.
Capacity determines the ceiling.
Structure determines the territorial architecture.
Territory and Population Are Different
Territory defines:
how much population can exist
It does not automatically define:
how much population already exists
A Colonist may have City-scale capacity.
That does not mean 256 Zips already exist.
A Colonist may have State-scale capacity.
That does not mean 8,192 Zips already exist.
A Colonist may have Kingdom-scale capacity.
That does not mean 262,144 Zips already exist.
Population must emerge through:
- valid generating Farms,
- Bloch,
- biological Time,
- available capacity,
- and valid historical conditions.
Therefore:
TERRITORIAL CAPACITY ≠ ZIP POPULATION
Territory and Maturity Are Different
Current Territory tells us what can exist now.
Maturity tells us what has developed through Time.
These are not the same thing.
For example, two Colonists may both currently hold:
256,000,000 SOLUM
Both therefore have City-scale capacity.
But one may have held and developed that Territory over sufficient valid biological Time.
The other may have acquired it moments ago.
Their current capacity is the same.
Their historical maturity may be different.
Therefore:
CURRENT CAPACITY ≠ HISTORICAL MATURITY
This is why Territory must be interpreted through History.
Territory Exists Through Time
Territorial state changes.
A Holder can acquire SOLUM.
A Holder can cross the Farm threshold.
A Colonist can acquire more Territory.
A Colonist can transfer Territory.
A Colonist can fall below a territorial threshold.
Therefore the canonical territorial model cannot rely only on current balances.
It must also understand:
when each territorial condition existed
The historical chain is:
BLOCKCHAIN HISTORY
↓
SOLUM THROUGH TIME
↓
TILES THROUGH TIME
↓
FARM THRESHOLD THROUGH TIME
↓
COLONIST STATE THROUGH TIME
↓
FARMS THROUGH TIME
↓
MATURE GENERATING FARMS
↓
HIGHER TERRITORIAL CAPACITY
↓
ZIP GENERATION
↓
MATURITY
↓
TERRITORIAL HISTORY
This makes Territory a historical structure, not just a current balance calculation.
Acquiring Territory
Suppose a Holder begins below the Farm threshold.
No active Territory exists.
Later, the Holder acquires enough SOLUM to reach:
8,000,000 SOLUM
At that moment:
- one complete Farm becomes possible,
- Colonist status begins,
- active Territory begins,
- Bloch can activate,
- biological development can begin.
The earlier blocks do not become Farm-development Time retroactively.
Territory begins when the valid territorial condition begins.
Expanding Territory
Suppose a Colonist already has one Farm.
Later, additional SOLUM is acquired.
The new balance may provide:
- additional Tiles,
- additional Farms,
- City-scale capacity,
- State-scale capacity,
- or Kingdom-scale capacity.
That new capacity becomes available from the historical point at which it validly exists.
It does not rewrite the earlier territorial state.
Therefore:
New Territory expands future possibility.
It does not manufacture past development.
Transferring Territory
Territory can also decrease.
A Colonist may transfer or sell SOLUM.
That can change:
- current territorial capacity,
- current Farm count,
- future Zip-generation conditions,
- future territorial development.
But it does not erase valid prior history.
If a Farm previously matured under valid conditions, that event remains part of history.
If Zips previously emerged validly, those events remain historical events.
Territorial state can change.
History cannot be rewritten by a later transfer.
Falling Below the Farm Threshold
If a Colonist falls below:
8,000,000 SOLUM
the address no longer has current capacity for one complete Farm.
Therefore:
CURRENT BALANCE < 8,000,000
↓
HOLDER
↓
NO COMPLETE ACTIVE FARM
↓
NO CURRENT BLOCH GENERATION
But historical development remains historical.
This distinction between:
current state
and:
historical state
is essential.
A snapshot cannot replace history.
Dormant Land
Not all SOLUM is active Territory.
SOLUM held in the Pool represents:
Dormant Land
Dormant Land is part of Solum.
But it is not currently active Colonist Territory.
It may potentially become active if acquired and if the canonical territorial conditions are satisfied.
Therefore:
Dormant Land is available territorial possibility.
It is not Permanent Nature.
And it is not active Territory.
Active Territory
Active Territory is SOLUM held by a valid Colonist at or above the Farm threshold according to canonical and historical rules.
The minimum is:
1 Farm
Therefore:
8,000,000 SOLUM
is the minimum balance required for active Colonist Territory.
Active Territory can develop through Time.
It can support:
- Farms,
- Bloch activation,
- Zip emergence,
- maturity,
- higher territorial structures,
- and eventually deeper experiential interpretation.
But active Territory does not imply that all possible development has already occurred.
Active means capable of development.
It does not mean mature.
Permanent Nature
Burned SOLUM becomes:
Permanent Nature
Burn removes SOLUM from circulating territorial possibility.
Therefore Permanent Nature cannot return to:
- the Pool,
- a Holder,
- a Colonist,
- or active Territory.
The world therefore has three major territorial states:
DORMANT LAND
Pool-held SOLUM
ACTIVE TERRITORY
valid Colonist-held SOLUM at/above Farm threshold
PERMANENT NATURE
Burned SOLUM
These states describe fundamentally different relationships between SOLUM and the world.
Dormant Land Can Wake
Dormant Land is not destroyed.
It is inactive.
When SOLUM leaves the Pool and enters a Holder wallet, its state changes.
But active Territory still requires the Farm threshold.
Therefore:
POOL
↓
DORMANT LAND
ACQUISITION
↓
HOLDER
HOLDER < 8M
↓
NO ACTIVE TERRITORY
HOLDER ≥ 8M
↓
COLONIST
↓
ACTIVE TERRITORY
The transition is therefore not simply:
Pool → Active Territory
There is an important threshold in between.
Permanent Nature Cannot Wake
Burn is different.
Burned SOLUM cannot return to circulation.
Therefore:
SOLUM
↓
BURN
↓
PERMANENT NATURE
↓
NO RETURN TO CIRCULATING TERRITORY
This makes Permanent Nature structurally different from Dormant Land.
Dormant Land is inactive possibility.
Permanent Nature is permanent removal from circulating territorial capacity.
Territory and Burn
Because:
1 SOLUM = 1 m²
burn has a spatial interpretation.
When SOLUM is burned, circulating territorial possibility decreases.
That territory becomes:
Permanent Nature
Therefore the world can evolve not only through colonization but also through irreversible territorial withdrawal from circulation.
This creates a permanent relationship between economic activity and world structure.
But:
Burn does not create active Territory.
Burn creates Permanent Nature.
Territory and the Pool
At Genesis, the intended initial Pool contains:
100 trillion SOLUM
That means the initial territorial substrate begins overwhelmingly as:
Dormant Land
The world therefore begins largely uncolonized.
As SOLUM moves from the Pool to Holders:
- Dormant Land decreases,
- Holder balances appear,
- some Holders may cross the Farm threshold,
- Active Territory may begin.
As SOLUM is burned:
- circulating territorial possibility decreases,
- Permanent Nature increases.
This means the territorial map can evolve from actual on-chain state.
Territory Is Not a Game Board
Territory is not a collection of game levels.
A Farm is not a level to complete.
A City is not a level to unlock.
A State is not a rank.
A Kingdom is not a victory condition.
These are territorial structures.
They describe:
- capacity,
- composition,
- population potential,
- maturity,
- and historical development.
Therefore:
TERRITORY ≠ GAME BOARD
and:
TERRITORIAL SCALE ≠ PLAYER RANK
A Kingdom Does Not Make a King
The name:
Kingdom
describes territorial scale.
It does not automatically create:
- a monarch,
- political authority,
- control over other Colonists,
- governance rights,
- social hierarchy.
Likewise:
- a City does not automatically create a mayor,
- a State does not automatically create a government,
- a Kingdom does not automatically create a king.
Any future social or political structures would need to emerge through valid behavior, interaction, Time and History.
Territorial structure does not predetermine social structure.
Territory Does Not Control Zips
A Colonist can hold Territory.
That does not mean the Colonist directly controls every Zip within it.
Zips are individuals.
Territory provides the conditions in which they can emerge and exist.
Future interaction may allow Colonists to influence aspects of their Territory.
But:
PARTICIPATION ≠ CONTROL
and:
ZIP ≠ PLAYER UNIT
The final relationship between Colonists, Territory and Zip autonomy remains open.
→ Discover Zips
→ Explore Interaction
Territory Can Develop Identity
Two Territories with identical capacity do not necessarily need to become experientially identical.
Their histories may differ.
Their Zips may differ.
Their interactions may differ.
Their development may differ.
Their future may differ.
Therefore Territory can potentially acquire identity through:
Territory + Zips + Time + History + valid participation
This does not establish a deterministic identity formula.
It establishes a possibility:
Equivalent capacity does not require equivalent lived Territory.
That distinction becomes especially important for SolumView.
Natural Territorial Development
Territorial development is not only a numerical increase in capacity.
As population emerges, the Territory can also gain visual and experiential structure.
At Farm scale, the first Zips inhabit the first active Territory.
As higher territorial capacity becomes populated, the world can represent increasingly developed environments.
Conceptually:
POPULATION
↓
CAPACITY OCCUPATION
↓
TERRITORIAL DEVELOPMENT
↓
CONSTRUCTION
↓
MATURE TERRITORY
This does not mean every building, profession or visual event is already canonically predetermined.
It means that population and territorial maturity can provide grounded conditions for increasingly developed representation.
A mature Territory should be able to look more developed than an empty one.
Representation can interpret that development.
It cannot invent canonical history.
Territory and Specialization
Once a Territory contains population, Zips may eventually display increasingly differentiated behavior.
Possible examples include:
- farming,
- construction,
- trade,
- art,
- science,
- philosophy,
- politics,
- and other forms of specialization.
These examples are not a fixed profession sequence.
They are not guaranteed roles.
They are not a predetermined civilization tree.
They illustrate a broader principle:
Population creates the possibility of specialization.
What actually emerges must remain grounded in the evolving model, valid interaction and History.
Territory and SolumTools
SolumTools is the principal deterministic observation layer for territorial data.
It can interpret:
- SOLUM balances,
- Farm thresholds,
- Holder / Colonist status,
- Dormant Land,
- Active Territory,
- Permanent Nature,
- territorial capacity,
- territorial levels,
- historical state,
- maturity,
- Zip population.
But SolumTools does not create Territory.
It observes and derives it from canonical evidence.
Conceptually:
BLOCKCHAIN STATE + HISTORY
↓
CANONICAL TERRITORIAL RULES
↓
DETERMINISTIC TERRITORIAL STATE
↓
SOLUMTOOLS
↓
HUMAN / AI OBSERVATION
SolumTools translates territorial truth.
It does not define it.
Territory and SolumWorld
SolumWorld gives territorial data spatial form.
It can represent:
- the planet,
- Dormant Land,
- Active Territory,
- Permanent Nature,
- Farms,
- Cities,
- States,
- Kingdoms,
- population,
- maturity.
But the map does not create those states.
Canonical data determines what exists.
SolumWorld determines how that truth is represented visually.
The world is represented.
The representation does not create the world.
Territory and SolumView
SolumView moves deeper.
Instead of asking:
Where is this Territory?
it asks:
What is it like inside this Territory?
That experience may eventually interpret:
- local population,
- maturity,
- development,
- Zip activity,
- territorial identity,
- historical consequences.
But SolumView remains downstream of canonical territorial truth.
A beautiful representation cannot manufacture a Farm.
An animation cannot create a Zip.
A visual building cannot rewrite History.
Experience interprets Territory.
It does not create canonical Territory.
Territory and Metrics
Metrics can expose territorial state at world scale.
Examples may include:
- Colonists,
- Active Territory,
- Farms,
- Cities,
- States,
- Kingdoms,
- Dormant Land,
- Permanent Nature,
- Zip population,
- maturity.
But a metric is a presentation of deterministic state.
It is not an authority.
The relationship remains:
EVIDENCE
↓
CANONICAL RULES
↓
DETERMINISTIC TERRITORIAL STATE
↓
METRIC
↓
PRESENTATION
Metrics observe Territory.
They do not define it.
Territory and History
Territory becomes increasingly meaningful because it accumulates history.
A Territory can have:
- an origin,
- a first Farm,
- a first Zip,
- maturity transitions,
- expansion,
- contraction,
- population development,
- interaction,
- changing identity.
These events make two otherwise equivalent Territories historically different.
This is one reason Zipvilization cannot be reduced to a static token balance.
Territory is spatial.
But lived Territory is historical.
Territory and Civilization
Territory creates the spatial conditions in which civilization can emerge.
But Territory alone is not civilization.
A large empty Territory is still not a civilization.
The deeper relationship is:
TERRITORY
+
ZIPS
+
TIME
+
HISTORY
+
HUMAN PARTICIPATION
+
VALID INTERACTION
↓
EMERGENT CIVILIZATIONAL POSSIBILITY
This is not a deterministic formula.
It is a dependency relationship.
Territory gives civilization somewhere to exist.
It does not determine what civilization will become.
Territory at Genesis
Before Genesis:
- no official SOLUM is circulating,
- no official Pool is live,
- no active Colonist Territory exists,
- no canonical Farms exist,
- no canonical territorial History has begun.
At Genesis, the initial Pool is intended to contain:
100 trillion SOLUM
representing the world’s initial Dormant Land.
From there, territorial history can begin.
SOLUM can move.
Holders can appear.
Some may reach the Farm threshold.
Colonists can emerge.
Active Territory can begin.
Burn can create Permanent Nature.
For the first time:
the territorial state of Solum becomes historical
Territory at a Glance
The spatial unit:
1 SOLUM = 1 m²
The Tile:
1 Tile = 1,000,000 SOLUM = 1 km² = capacity for 1 Zip
The minimum active Territory:
1 Farm = 8 Tiles = 8,000,000 SOLUM = 8 km²
The Colonist threshold:
8,000,000 SOLUM
The territorial levels:
| Level | Tiles | Area | Maximum Zips |
|---|---|---|---|
| Farm | 8 | 8 km² | 8 |
| City | 256 | 256 km² | 256 |
| State | 8,192 | 8,192 km² | 8,192 |
| Kingdom | 262,144 | 262,144 km² | 262,144 |
The scale rule:
Each level = 32× the total capacity of the previous level
The composition rule:
Each higher level = 16 complete previous-level Territories + equal own-level capacity
The population rule:
Valid active/generating Farms generate population.
Higher territorial levels provide additional capacity.
Higher territorial levels do not independently generate Zips.
The world states:
Pool-held SOLUM = Dormant Land
Valid Colonist-held SOLUM at/above Farm threshold = Active Territory
Burned SOLUM = Permanent Nature
The historical rule:
Current Territory does not create past maturity.
Follow Territory Through the Atlas
What gives Territory its spatial value?
→ SOLUM
Who activates Territory?
What can emerge inside Territory?
→ Zips
How does Territory develop?
→ Time
Where is territorial state reconstructed?
Where is Territory represented at world scale?
Where can Territory become experiential?
What may eventually emerge from Territory, population and History?
Where are deterministic territorial rules documented?
Where is the V1 → V2 migration tracked?
A World Made of Territory
SOLUM gives Solum measurable space.
Tiles give that space structure.
Farms make colonization possible.
Higher Territories expand capacity.
Bloch allows Zips to emerge.
Time allows Territory to mature.
History records what actually happened.
The hierarchy is deterministic.
The outcome is not.
Farm → City → State → Kingdom
describes territorial architecture.
It does not describe a predetermined civilization.
The same Territory can accumulate different:
- Zips,
- histories,
- interactions,
- identities,
- consequences.
That is why Territory is both simple and deep.
Its mathematics can be defined precisely.
Its future cannot.
Territory defines where civilization can exist.
It does not define what civilization must become.