Big Questions
A first-pass map of the major question families that structure the program's burden of proof.
The Problem Space
This page is not the full research agenda and not the full Results ledger. It is a first-pass map of the question families that make the program worth inspecting.
Mathematics
What would a coherent formal foundation have to look like?
Physics
Can cosmological and particle-scale tensions be structurally derived rather than patched?
Life
Why is life possible at all, and what makes biological structure more than chemistry?
Metaphysics
What is the relation between mind, reality, value, and commitment?
Coherence
Can scientific and existential registers be held inside one disciplined formal picture?
Scrutiny
What would it take for this program to fail, and where can it be checked?
How Agenda makes these questions inspectable
The questions are not left as broad prompts. They are organized through four Agenda surfaces:
- Core Semantics — the language, structures, laws, and grammars the theory must earn before it can answer.
- Structural Challenge Ledger — canonical domain stress tests the theory must be able to see, classify, address, reframe, or refuse with reason.
- Kernel, Model & Reality — the ontic-status burden, no-externalities discipline, diagrammatic access, and answer-shape requirements.
- Construction Roadmap — the logical build-order required by the program’s own goals.
Next
Use Agenda for the full research contract:
- Use Core Semantics for the language the theory must earn.
- Use Structural Challenge Ledger for the canonical stress-test challenges.
- Use Kernel, Model & Reality for the answer-status and ontic burden.
- Use Construction Roadmap for the logical build-order.
Then follow the Corpus Construction Spine to see how the program builds against that agenda.
Save or share this page for inspection
Download a portable dossier, copy a reviewer note, or send this page to someone who can inspect it.