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Space Doctors

JPL_TEAM_08c · Mixed method

Resilience of Digital Mission Engineering Platform Coverage to Single-Partner Dropout

The best pairing reaches 3.30 (exceeds vs the JPL baseline of 3.0). If Georgia Tech / GTRI is unavailable, the team falls to 3.30, a resilience loss of 0.00. The claim: Digital Mission Engineering Platform coverage is robust to single-partner dropout. Falsifiable against the next-best team score.

CharteredLow Risk

Stage

0 / 8

Charter and Contribution Claim

Evidence

40%

Readiness

Citations

60%

ARGOS readiness

Will Mint

1 brain

Foundational Research Chain

The foundational-research chain every candidate must produce before defense. This candidate is queued; each artifact appears here as its stage completes.

  1. Prospectus & data-provenance charterStage 0

    Queued

  2. Multi-perspective interrogation (mind-map, open questions, grounded claims)Stage 0.75

    Queued

  3. Provenance-tagged research corpusPhase 1

    Queued

  4. Dissertation (literature & PRISMA review, contribution, methods, results)Stages 1-6

    Queued

  5. ARGOS citation auditArchivist gate

    Queued

  6. Conclave defense deck (source; rendered .pptx on disk)Stage 8

    Queued

  7. SuperStack prose-integrity reportProse gate

    Queued

Defense Readiness

Pipeline progress0%
x
Evidence readiness40%
x
Citation readiness60%
x

Theory anchor

Digital Mission Engineering Platform

ARGOS Citations (0)

No tracked citations yet.