Mutome tackles open-ended problems in mathematics, physics, engineering, and technical R&D by running many candidate research routes in parallel. AI models and search heuristics explore broad spaces inspired by evolutionary algorithms, while every promising protocol, code change, proof route, or parameter setting becomes a replayable run with metrics, artifacts, and recorded decisions.
Mutations branch from prior candidates, sweeping protocol and parameter variants before the run chooses which route deserves verification.
A candidate can be a protocol, patch, proof strategy, parameter setting, simulation setup, or experiment variant. Mutome records what was tried, how it was evaluated, which artifacts were produced, and why the candidate was kept, hardened, or discarded.
Discovery stays broad: models, search heuristics, and researchers can propose many plausible routes across the search space.
Verification stays narrow: a candidate advances only when fixed tests, benchmark scripts, solvers, proof checkers, or reviewers reproduce the claim, leaving a command, metric or check, artifacts, and an evidence trail another researcher can inspect.
Mutome runs repeatable research loops where candidates are proposed, evaluated against fixed criteria, and folded back into the next search frontier with enough context to inspect or replay the run.
Generate candidate protocols, patches, proof routes, and parameter settings for the same research question.
Evaluate each candidate with predefined commands, metrics, tests, or verifier outputs.
Promote what improved, learn from what failed, and start the next search from a cleaner frontier.
the proposed change or research route is written down with its objective and parent context
fixed tests, benchmark scripts, or replay commands reproduce the measured result
a solver, verifier, simulator, or external benchmark checks the narrow claim where applicable
machine-checkable proof files or formal certificates support the result where the domain allows it
a researcher reviews attribution, limitations, reproduction steps, and the final decision
