JPN Japan Nation Education OS (Z6) — Aggregate Page

SYSTEM: World Education OS
NATION AGGREGATE: Japan Nation Education OS
NATION_ID: JPN
NATION_NAME: Japan
ZOOM: Z6
STATUS: DRAFT (instantiated; refinement follows)
COMPOSES (Z5):
  - JPN-TYO (Tokyo)
REFERENCE: CivOS (P0–P3, Z0–Z7)
PRIMARY PURPOSE:
  Provide an executable national education coordination model for Japan:
    - compose city instances (W1)
    - declare national gate stack
    - publish instrument panel (P-S* + G-M*)
    - declare dominant GF cluster (national)
    - route repairs via GR library
    - create comparatives (W3) with proof requirements

PIPELINE (JAPAN):
  E0: early substrate (language, numeracy, regulation, routines)
  E1: primary foundation (core literacy/numeracy + habits)
  E2: lower secondary foundation (abstract jump + exam-relevance begins)
  E3: upper secondary (gate preparation + stability training)
  E4: national high-stakes gate layer (university entrance)
  E5: university capability spine (specialisation + research pipelines)
  E6: adult regeneration layer (re-skilling, career continuity)

GATE STACK (JPN) [slots to be refined]:
  JPN-GATE-01: Upper secondary entrance selection (slot)
  JPN-GATE-02: University entrance examinations (national layer) (slot)
  JPN-GATE-03: High school completion verification (slot)
  JPN-GATE-04: University progression gates (slot)
GATE LOCK (required for each):
  - timed stability requirement
  - transfer robustness requirement
  - tails + repair latency reporting (G-M2 + G-M3)
  - transition shock zones (G-M4)

NATIONAL LEVERS (CL*) [standard set]:
  CL1 Curriculum sequence + prerequisite integrity
  CL2 Assessment/gate design (what is measured, and how)
  CL3 Teacher development + operator capability
  CL4 Resource routing to tails (cluster targeting)
  CL5 Student support services + remediation infrastructure
  CL6 Admissions/streaming/selective pathways design
  CL7 Time/load regulation (homework, schedule, recovery capacity)
  CL8 Data transparency (publish tails + repair latency)
  CL9 Shadow-system governance (private scaffolds / masking control)

JPN INITIAL LEVER EMPHASIS (hypothesis):
  {CL2, CL6, CL7, CL9, CL1, CL8}

GLOBAL PHASE SENSORS (P-S*):
  P-S1 retrieval reliability
  P-S2 error histogram
  P-S3 time-to-solve distribution
  P-S4 transfer under wrapper variation
  P-S5 timed stability variance
SYSTEM OUTPUTS (G-M*):
  G-M1 variance spread
  G-M2 tail thickness
  G-M3 repair latency
  G-M4 transition shock clustering
  G-M5 timed vs untimed gap
  G-M6 transfer gap under novelty
  G-M7 masking factor (shadow scaffolds)

SIGNATURE TAGS (JPN) [initial hypothesis]:
  {Entrance-Gate-Compression,
   High-Discipline-Continuity,
   Shadow-Scaffolding,
   Burnout-Risk-Near-Gates,
   Transition-Shock-Compression,
   Transfer-vs-Template-Tension}

DOMINANT GF CLUSTER (JPN) [initial hypothesis]:
  {GF2, GF3, GF5, GF6, GF7, GF8, GF9, GF11, GF12}
RATIONALE:
  - GF3/GF6/GF7 likely concentrate around entrance-gate timelines
  - GF8 depends on prevalence of shadow scaffolds
  - GF9 emerges when training is template-heavy and novelty increases

REPAIR ROUTER (JPN):
GF2 (practice w/o model) → {GR1, GR2, GR3, GR8}
GF3 (compression w/o buffers) → {GR8, GR1, GR4, GR11}
GF5 (transition shock) → {GR12, GR1, GR6, GR8}
GF6 (timed collapse) → {GR4, GR2, GR8, GR11}
GF7 (late repair trap) → {GR8, GR7, GR9}
GF8 (masking) → {GR7, GR10, GR2, GR4}
GF9 (transfer failure) → {GR3, GR1, GR2, GR8}
GF11 (continuity fragmentation) → {GR6, GR1, GR2}
GF12 (burnout tail) → {GR11, GR6, GR8, GR4}

FAILURE TRACE (JPN - prototype):
  gate ramps intensify →
  GF3 compression exceeds buffers →
  GF6 timed volatility rises →
  GF8 masking increases (shadow scaffolds) →
  GF7 late repair trap near gate →
  burnout tail thickens → inequality/tails persist
REPAIR TRACE (JPN - prototype):
  CL8 publish tails + latency (GR7) →
  GR8 early thresholds pre-ramp →
  GR12 transition protection (prereq stability) →
  GR1 buffer build + GR3 transfer audits →
  GR4 timed stability + recovery protocol →
  GR11 load regulation + GR6 continuity →
  tails shrink + latency decreases + volatility reduces near gates

COMPOSE RULE:
  JPN is valid as W2 when:
    - at least one city instance exists (JPN-TYO)
    - national gate stack modules are declared (names + timing windows)
    - national levers CL* are declared
    - instrument panel reporting is present (P-S* + G-M*)
    - at least one W3 comparative exists with proof requirements

PORTS:
  - W0 World Education OS (Master)
  - W1 City Instances Registry (JPN-TYO)
  - W2 Nation Aggregates Registry (record: JPN)
  - W3 Comparatives:
      * COMP-JPN-TYO-SGP-SIN (next)
      * COMP-JPN-SGP (slot)
  - W4 GF Failure Library
  - W5 GR Repair Library