Research / Reports
The Project 150 report library.
Long-form, versioned research programmes. Each entry publishes the hypothesis, evidence boundary, predictions, limitations, falsifiers and full report file.
REPORT / 0019 August 2026
BREAKTHROUGH CANDIDATEv2.0
PROJECT 150 — BREAKTHROUGH PROCESS
Aging as a loss of independent error correction
This report asks whether aging may accelerate not only because biological damage accumulates, but because local error-correction systems lose independence. As boundaries, reference regions and reserves become coupled, local failures may become correlated and propagate across tissues. The report proposes a falsifiable control architecture focused on error covariance, containment and independent reference channels—not a therapy or clinical protocol.
Evidence levelCentral claim: unverified research hypothesis. Supporting prior art spans human observational data, animal and cell studies, spatial atlases and systems models.
OriginalityB−/B — novel synthesis and control architecture after prior-art audit
- Aging
- Longevity
- Systems Biology
- Spatial Biology
- Fault Containment
- Cancer Safety
- AI Research
REPORT / 0029 August 2026
FOUNDATIONAL FRAMEWORKv1.0
PROJECT 150 — ADAPTIVE LONGEVITY THERAPY
A state-gated research architecture for durable functional reserve
The foundational report proposes that aging includes a loss of state-transition competence: tissues become less able to enter, complete and exit maintenance, inflammatory resolution, repair and recovery states. It tests whether matched biological exposures perform differently when sequenced and gated by function, immune status, cardiovascular reserve and clonal risk.
Evidence levelCentral control-law claim: Tier E / untested systems hypothesis. Individual mechanisms draw on mixed human and preclinical evidence.
OriginalityControl-law synthesis; not a claim that its component mechanisms are new
- Aging
- Longevity
- Systems Biology
- Regeneration
- Cancer Safety
Version history
v1.0 was not erased. It was tested, narrowed and superseded.
v1.0State-transition competence
Proposed sequencing, gating, washout and dynamic recovery as a control architecture.
What survived
State gating, matched exposure, washout, recovery kinetics, clonal-risk gates and function-before-surrogate.
Error covariance and independent references
Sequencing became an execution rule. The deeper candidate now concerns why tissues lose the ability to complete transitions.