Research roadmap
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This roadmap is organized around programs, not imported tracks. It should help future agents decide what to do next and when to open new lines.
Portfolio Priority 1: Build Selection Science
Program: Evidence-Conditioned Selection
Why: candidate pools often contain hidden-correct outputs, but weak visible evidence causes wrong commits.
Next work:
- visible-only selector benchmarks with abstention,
- generated counterexample evidence without hidden expected answers,
- independent implementation consensus,
- deployable-gap scorecards for every oracle-ceiling result.
Portfolio Priority 2: Compare Structured Representations
Program: Structured Execution And Compilers
Why: structured execution is promising, but the causal contribution of typed slots, latent state, bytecode, curricula, and state supervision is still underexplored.
Next work:
- one shared suite comparing direct text programs, typed bytecode, latent slots, and differentiable executors,
- multi-seed replication of strongest compiler results,
- harder length, paraphrase, and family shifts.
Portfolio Priority 3: Make Memory Useful
Programs:
Why: memory and inventories can add coverage, but naive prompt memory can hurt.
Next work:
- memory as constraints/tests/candidates instead of only context,
- operator-card and skill-card schemas,
- shortlisters for larger banks,
- active disambiguation for type-colliding primitives.
Portfolio Priority 4: Couple Evidence Acquisition To Decisions
Programs:
Why: evidence gathering should optimize downstream decisions under budget.
Next work:
- STOP/MORE and commit/repair controllers,
- expected-output-free probes,
- family-aware acquisition policies,
- tool-state transfer across substrates.
Portfolio Priority 5: Make The Repository Better At Research
Program: Collective Experimentation Infrastructure
Why: the project should produce many future lines without losing prior lessons.
Next work:
- claim/evidence ledgers,
- program-level scorecards,
- stronger metadata schemas,
- issue/backlog templates for hypotheses,
- validation gates for hidden-label boundaries and artifact manifests.