Missions · The Living Research Tree
Where We Are & What We Need Next
The Forever-Evolving Map of Human Survival. Every node updates automatically as new papers publish, citizen AI syntheses converge, and wet labs report experimental results.
- SOLVED & VERIFIEDReplicated across multiple independent nodes; open-source protocol published.
- IN ACTIVE SYNTHESISCitizens and AI agents are actively cross-referencing literature and running simulations.
- CRITICAL BOTTLENECKThe exact missing piece blocking the next stage of the cure. Tap any Amber node to see what we need to research right now.
- AWAITING WET-LAB / CLINICAL MATCHHypothesis is mathematically validated and waiting for an indexed physical lab to run the assay.
Pan-Cancer Eradication & Targeted Immunotherapy
Where We Are
Personalized mRNA neoantigen vaccines and CAR-T therapies reliably clear hematologic malignancies, but solid tumors evade immune clearance via immunosuppressive microenvironments and physical stromal barriers.
What We Need to Research Next
- Non-viral lipid nanoparticle (LNP) tropism for solid tumor vasculature
- Metabolic reprogramming of exhausted T-cells in low-glucose tumor cores
- Low-cost point-of-care genomic sequencing for under-resourced clinics
- Pancreatic Ductal Adenocarcinoma (PDAC) Stroma Penetration
Cyclospora cayetanensis & Neglected Enteric Pathogens
Where We Are
Whole-genome assemblies exist, but lack of an in-vitro continuous culture model forces reliance on seasonal clinical samples and restricts high-throughput antiparasitic screening.
What We Need to Research Next
- Metabolic triggers for excystation
- Non-toxic agricultural wash surfactants that rupture oocyst walls
- Host-cell receptor identification in human enterocyte organoids
- Cyclospora cayetanensis Oocyst Sporulation
Cellular Rejuvenation & Biological Aging Reversal
Where We Are
Partial epigenetic reprogramming (Yamanaka factors OSK) restores youthful methylation patterns in animal tissues without erasing cell identity, alongside targeted senolytics.
What We Need to Research Next
- Small-molecule chemical substitutes for viral OSK delivery
- Extracellular matrix (ECM) cross-link breakers (advanced glycation end-product cleavers) to restore arterial elasticity
- Senolytic Bcl-xL Inhibitor Off-Target Platelet Toxicity
Post-Scarcity Purpose, Biosphere Restoration & Horizon Exploration
Where We Are
Automation and AI are rapidly decoupling human survival from repetitive labor. Once money and disease are no longer existential threats, humanity faces a crisis of meaning.
What We Need to Research Next
- Decentralized autonomous agricultural micro-grids
- Deep-ocean biodiversity indexing
- Interstellar bioshelter closed-loop life support
- Open-source modular atmospheric carbon-to-mineral sequestration