seldon-plan

name: seldon-plan description: Autonomous research scheduler — run one Seldon Plan cycle (question generation, cross-model investigation, novelty detection, course production, compounding)

Seldon Plan — Autonomous Research Scheduler

Runs one cycle of the Seldon Plan: the always-on research engine for Streeling University. Generates questions from the completeness instinct, investigates cross-model, detects novelty, produces course material, and compounds learnings.

Usage

/seldon plan — run one autonomous research cycle (auto-select department + question) /seldon plan status — show today's cycle count, last question, kill switch state /seldon plan pause — activate kill switch (halts future cycles) /seldon plan resume — deactivate kill switch /seldon plan force [department] — force a specific department

Governance Constraints

• Max 6 cycles per day (hard cap — halt if daily_cycle_count >= 6)
• Active hours: 06:00–22:00 UTC (skip if outside window)
• Kill switch: check state/seldon-plan/kill.switch before any work
• Max 12 consecutive auto-cycles before mandatory human review pause
• Research produces knowledge artifacts only — no code changes, no PRs, no directives
• Constitutional basis: Asimov Article 4 (no instrumental goals), Default Article 9 (bounded autonomy)

Cycle Pipeline

1. WAKE     — kill switch check, lock acquire, context rebuild
2. QUESTION — completeness instinct + department scoring → research question
3. RESEARCH — seldon-research pipeline (NotebookLM + ChatGPT cross-validation)
4. NOVELTY  — check novelty registry, classify finding
5. COURSE   — produce course material if novel + T + confidence >= 0.75
6. COMPOUND — update weights, gaps, grammar, triggers
7. PERSIST  — write all state, commit, release lock

Step 1: WAKE

# Kill switch check
if exists("state/seldon-plan/kill.switch"):
    log("Kill switch active — halting")
    exit(0)

# Daily cap check
state = read_json("state/seldon-plan/state.json")
if state.daily_reset_date != today():
    state.daily_cycle_count = 0
    state.daily_reset_date = today()
if state.daily_cycle_count >= 6:
    log(f"Daily cap reached ({state.daily_cycle_count}/6) — halting")
    exit(0)

# Lock check
if exists("state/seldon-plan/lock.json"):
    lock = read_json("state/seldon-plan/lock.json")
    if minutes_ago(lock.heartbeat) < 30:
        log("Another cycle is running — skipping")
        exit(0)

# Acquire lock
write_json("state/seldon-plan/lock.json", {
    "started_at": now_iso(),
    "heartbeat": now_iso()
})

Read context:

• state/seldon-plan/state.json
• state/streeling/departments/*.department.json
• state/streeling/departments/*.weights.json
• state/seldon-plan/novelty-registry.json
• state/completeness/known-gaps.json

Step 2: QUESTION GENERATION

Source A: Completeness Instinct

Load state/completeness/known-gaps.json. Find critical/important open gaps. Transform gap → research question:

Source B: Department Priority Scoring

priority = (days_since_last_cycle * 0.4)
         + (curriculum_gap_count * 0.3)
         + (U_belief_ratio * 0.2)
         + (random_exploration * 0.1)

Select top-scoring department, sample from research_areas, check against existing curriculum.

Merge + Novelty Gate

1. Critical completeness gap → use it (highest priority)
2. Important completeness gap → 50% probability
3. Otherwise → department priority winner

Check novelty: compute sha256(normalize(question)), look up in novelty-registry.json. If found → re-sample (max 3 attempts). If all fail → log "all sampled questions known", exit cycle gracefully.

Step 3: INVESTIGATION

Invoke the seldon-research pipeline directly (do not call /seldon research recursively — execute the steps inline):

3a. Classify

• governance → check constitutional artifacts directly
• experiential → check evolution log + NotebookLM
• domain → GA skills + NotebookLM

3b. NotebookLM Lookup

mcp__notebooklm__ask_question({
  question: "[research question]",
  notebook_id: "[best matching notebook]"
})

3c. GA Domain Skills (if music domain)

Invoke relevant skill conceptually (ScaleInfoSkill, ChordExplanationSkill, etc.).

3d. ChatGPT Cross-Validation (mandatory for Seldon Plan)

mcp__openai-chat__openai_chat({
  model: "gpt-4o-mini",
  messages: [
    {
      role: "system",
      content: "You are a domain expert. Evaluate this research finding and indicate whether you agree, disagree, or are uncertain. Be concise. State your confidence (0.0–1.0)."
    },
    {
      role: "user",
      content: "Finding: [Claude's answer]\nQuestion: [research question]\nDo you agree? Provide confidence."
    }
  ]
})

3e. Agreement Matrix → Tetravalent Belief

Step 4: NOVELTY DETECTION

finding_hash = sha256(normalize(question))
registry = read_json("state/seldon-plan/novelty-registry.json")

existing = registry.find(hash=finding_hash)
if existing:
    classification = "redundant"
elif contradicts_existing_T_belief(question, conclusion):
    classification = "anomaly"
    trigger_conscience_signal()
elif improves_confidence_of_existing_belief(question, conclusion):
    classification = "incremental"
else:
    classification = "novel"

Action by classification:

• novel + T + confidence >= 0.75 → proceed to course production
• novel + T + confidence < 0.75 → log, schedule deeper investigation
• novel + U or C → log, schedule deeper investigation
• novel + F → log refutation, update curriculum "not X" entry
• incremental → update registry entry confidence, no new course
• anomaly → conscience signal, trigger for main driver, do not auto-resolve
• redundant → skip production, increment skip counter in state

Step 5: COURSE PRODUCTION

Only if: classification == "novel" AND belief_value == "T" AND confidence >= 0.75

Course File

Save to state/streeling/courses/{department}/en/{module_id}.md using the format from seldon-research-cycle SKILL.md (same frontmatter, same section structure).

module_id format: {dept-code}-{NNN}-{slug} where NNN is next sequence number for this department.

Multilingual Translation

Per multilingual-policy.yaml — produce es/pt/fr/it/de variants if department is in scope.

IxQL Expression

Emit research finding as an IxQL pipeline fragment:

-- Seldon Plan Research Finding
-- Cycle: {cycle_id} | Department: {department}
-- Question: {question}
-- Belief: {T/F/U/C}({confidence})
RESEARCH_FINDING {
  department: "{department}",
  question: "{question}",
  conclusion: "{conclusion}",
  evidence_sources: ["{source_1}", "{source_2}"],
  cross_model_agreement: {
    claude: "{claude_verdict}",
    chatgpt: "{chatgpt_verdict}",
    notebooklm: "{notebooklm_verdict}"
  },
  belief: { value: "{T/F/U/C}", confidence: {number} },
  course_produced: {true|false},
  course_id: "{module_id_or_null}"
} -> KNOWLEDGE_STATE "{department}/findings/{cycle_id}"

Save to state/seldon-plan/ixql-findings/{cycle_id}.ixql.

Step 6: COMPOUND

Weight Update

weights = read_json(f"state/streeling/departments/{dept}.weights.json")

if conclusion == "confirm":
    weights.hypothesis_weights[used_strategy] += 0.05
    weights.test_weights[used_method] += 0.05
elif conclusion in ("refute", "insufficient"):
    weights.hypothesis_weights[used_strategy] -= 0.03
    weights.test_weights[used_method] -= 0.03
elif conclusion == "contradictory":
    weights.test_weights["adversarial"] += 0.05

# Normalize
normalize_to_sum_1(weights.hypothesis_weights)
normalize_to_sum_1(weights.test_weights)

weights.metadata.cycle_count += 1
weights.metadata[f"total_{belief_value}"] += 1
weights.metadata.last_updated = today()

write_json(f"state/streeling/departments/{dept}.weights.json", weights)

Novelty Registry Update

Append to state/seldon-plan/novelty-registry.json:

{
  "question_hash": "{sha256}",
  "question": "{question}",
  "belief_value": "{T/F/U/C}",
  "belief_confidence": {number},
  "cycle_id": "{cycle_id}",
  "department": "{department}",
  "date": "{ISO_DATE}",
  "classification": "{novel|incremental|anomaly}"
}

Curriculum Gap Update

• Finding covers a gap → mark gap as "researched" in department file
• Finding reveals new topic → add to curriculum_gaps list
• 3+ new gaps → create trigger file for main driver

Grammar Evolution (if gap detected)

If the research question required a concept not expressible in grammars/{dept}.ebnf:

(* Proposed by seldon-plan cycle {cycle_id} *)
(* Evidence: {brief description} *)
(* Confidence: {belief_confidence} *)
new_production ::= term_a | term_b | term_c

Gate: when T(0.7) && C(<0.1). Log in state/evolution/.

Follow-Up Triggers

Write to state/triggers/{ISO_DATETIME}-seldon-plan-followup.trigger.json:

{
  "type": "seldon_research_followup",
  "priority": "{high|medium|low}",
  "department": "{department}",
  "reason": "{discover_question|paradigm_shift|anomaly_detected|grammar_gap}",
  "details": { "spawned_question": "{question_if_applicable}" },
  "timestamp": "{ISO_DATETIME}"
}

Step 7: PERSIST + SLEEP

Cycle Log

Write state/streeling/research-cycles/{cycle_id}.json conforming to schemas/research-cycle.schema.json.

State Update

state.daily_cycle_count += 1
state.consecutive_auto_cycles += 1
state.last_question = question
state.last_department = department
state.last_cycle_id = cycle_id
state.total_cycles_all_time += 1
if course_produced:
    state.total_courses_produced += 1
write_json("state/seldon-plan/state.json", state)

Commit

git add state/
git commit -m "feat(seldon-plan): cycle {cycle_id} — {conclusion} ({belief_value}, conf:{confidence})"

Release Lock

rm state/seldon-plan/lock.json

Log Entry

Append to LOG.md:

[{ISO_DATE}] Seldon Plan {cycle_id}: {dept} | "{question[:60]}..." | {belief_value}({confidence:.2f}) | course:{yes/no}

Pause Check

if state.consecutive_auto_cycles >= 12:
    # Activate kill switch
    write("state/seldon-plan/kill.switch", "Auto-pause: 12 consecutive cycles — human review needed")
    # Create GitHub issue
    gh_create_issue(
        title="Seldon Plan: 12 autonomous cycles completed — review findings",
        body=generate_findings_summary()
    )

Status Command

When invoked as /seldon plan status, read and display:

Seldon Plan Status — {ISO_DATE}
─────────────────────────────────────
Cycles today:        {daily_cycle_count}/6
Kill switch:         {ACTIVE ⚠ / inactive}
Consecutive auto:    {consecutive_auto_cycles}/12
Total all-time:      {total_cycles_all_time}

Last cycle:          {last_cycle_id}
  Department:        {last_department}
  Question:          "{last_question[:80]}..."
  Belief:            {belief_value} ({confidence})
  Course produced:   {yes/no}

Novelty registry:    {registry_size} entries
Courses (lifetime):  {total_courses_produced}
Grammar productions: {total_grammar_productions_added}

Next window:         {next_scheduled_time} UTC (if GH Actions cron active)

Error Handling

Source

policies/seldon-plan-policy.yaml v1.0.0, policies/completeness-instinct-policy.yaml v1.0.0, policies/continuous-learning-policy.yaml v1.0.0, policies/streeling-policy.yaml, personas/seldon.persona.yaml v2.0.0, .claude/skills/seldon-research-cycle/SKILL.md, .claude/skills/seldon-research/SKILL.md