The Gaps Worth Attacking
Most research starts from what a lab can already do. These experiments start from the question that has to be answered, and work downward: goal pillars, then the gaps in what is actually known, then competing hypotheses that disagree with each other, then the one experiment that can tell them apart. Each is published on its own, with the full chain of reasoning that produced it — so you can check whether the gap is real before you judge the protocol.
- Radical life extension of human life span · 2026-09-12
Do coordinated changes in blood signals precede loss of function in stressed mice?
Either a quantifiable preclinical coherence-break signature exists and can become an early-warning target, or functional decline is not reliably preceded by the proposed cross-system signal under realistic compound stress.
Discovery componentCompensatory Overshoot Containment92Score8Feasibility Poster
Radical life extension of human life span · 2026-09-12Can changing cell voltage improve reprogramming independently of nuclear stiffness?
Testing a membrane-potential gate in clone-barcoded IMR-90 fibroblasts
PROPOSED EXPERIMENTDiscovery componentRestoration-Induced Demand-Infrastructure Dissonance~5 months79Score8FeasibilityPoster
We need a way for stable creation new organs and tissues for the replacement of the damaged or unfunctional tissues in the human body · 2026-09-12Does prior exposure to flow protect the intestinal barrier from later inflammation?
Gut-on-chip sequence test
PROPOSED EXPERIMENTCross-Scale Maturation Timing Mismatch93Score9FeasibilityPoster
Radical life extension of human life span · 2026-09-11Can removing blood-borne cargo restore repair in human skin organoids?
Any outcome localizes the mechanism: depletion-sensitive impairment establishes a necessary circulating factor, while depletion-resistant impairment redirects the field toward tissue-intrinsic or non-EV mechanisms.
Metabolic-Regulatory State Reversibility93Score8FeasibilityPoster
Radical life extension of human life span · 2026-09-10Does epigenetic clock reversal cluster beside stiff matrix in aged muscle organoids?
Spatial confinement of OSK-driven clock reversal by ECM stiffness would explain heterogeneous reprogramming outcomes in aged tissue and provide a tractable target (ECM softening) to enhance therapeutic efficacy. The 6-month timeline caps the score but the dataset would be highly differentiated for investor presentations showcasing mechanistic depth.
Discovery componentPositional Information Entropy and Fate-Specification Substrate Collapse~6 months76Score8FeasibilityPoster
Radical life extension of human life span · 2026-09-10Does senescence spread only when enough senescent cells are present?
IMR-90 donors and recipients at 3% O2
PROPOSED EXPERIMENTDiscovery componentSenoinflammatory Autocatalytic State Entrenchment~3 months80Score8FeasibilityPoster
Radical life extension of human life span · 2026-09-10Does protein secretion lag behind epigenetic age reversal in aged skin fibroblasts?
Estimate Lag = tau_ECM − tau_clock during OSK induction of aged human dermal fibroblasts.
PROPOSED EXPERIMENTDiscovery componentPositional Information Entropy and Fate-Specification Substrate Collapse~7 months84Score9FeasibilityPoster
Radical life extension of human life span · 2026-09-10Does aging widen the gap between signals that start and reverse macrophage inflammation?
Quantifying the hysteresis window directly measures how much additional force (drug dose, combination therapy) is needed to escape the inflammaging attractor — this is the fundamental therapeutic calculation for any anti-inflammaging intervention. If aged macrophages show a 2-log hysteresis vs. 0.5-log in young, it explains why single-agent senolytics have modest clinical effect and motivates combination threshold-crossing protocols. This result would reshape clinical trial design for all inflammaging therapeutics.
Senoinflammatory Autocatalytic State Entrenchment~7 months91Score9FeasibilityPoster
Radical life extension of human life span · 2026-09-10Does collagen stiffness trigger an abrupt jump in epigenetic age in aged lung cells?
A planned 14-day EPIC-array dose-response in IMR-90 fibroblasts.
PROPOSED EXPERIMENTDiscovery componentPositional Information Entropy and Fate-Specification Substrate Collapse~9 months92Score8Feasibility- We need a way for stable creation new organs and tissues for the replacement of the damaged or unfunctional tissues in the human body · 2026-09-09
Do rare gaps in blood-vessel linings trigger spreading clotting and inflammation?
A local defect-linked temporal sequence would establish focal barrier failure as a causal trigger; absence of that sequence would force the field toward distributed control or measurement-artifact models.
Compensatory Thrombo-Inflammatory Overshoot Suppression94Score8Feasibility