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Foundation

The core foundation section is where the repository names its durable scientific law: workflow contracts, lifecycle transitions, review gates, runtime-agnostic request shapes, and benchmark acceptance logic. If a page here needs recommendation posture or operator transport to justify itself, the boundary is already drifting.

This section now carries far more real scientific weight than an abstract workflow charter. Public benchmark evidence, workflow-family trust, and release scrutiny all depend on core continuing to state runtime-agnostic workflow contracts, benchmark-acceptance bars, and lifecycle transitions in terms that remain inspectable outside execution code.

Why Readers Should Start Here More Often

  • core is where the repository proves it has scientific law instead of only opinionated runtime wrappers
  • benchmark trust, family transfer, and package lineage all depend on the contracts named here staying explicit and reviewable
  • the deeper chemistry, sequence, identification, quantification, PTM, DIA, and targeted surfaces only become trustworthy when their workflow contracts and acceptance bars stay visible before downstream interpretation begins
flowchart LR
    lifecycle["lifecycle states"]
    gates["gate semantics"]
    workflows["workflow contracts"]
    core["core foundation"]
    intelligence["intelligence"]
    runtime["runtime"]
    lab["lab"]

    lifecycle --> core
    gates --> core
    workflows --> core
    core --> intelligence
    core --> runtime
    core --> lab

What This Section Protects

  • one canonical workflow grammar before downstream packages add policy or transport
  • review-gate and lifecycle truth that stays inspectable outside runtime code
  • scientific contracts that remain distinct from evidence memory and lab burden

What Makes This Section Scientifically Heavy

  • it names the repository's scientific law before downstream judgment begins
  • benchmark-backed workflow families must clear benchmark-acceptance scrutiny here before they earn broader trust language
  • runtime, knowledge, intelligence, and lab all inherit these lifecycle transitions and workflow contracts before they add local owner logic

Start With

Section Pages

What This Section Settles

  • whether a rule changes canonical scientific workflow truth or only downstream interpretation
  • which benchmark-acceptance and lifecycle surfaces are still owned here
  • when a proposed change is really evidence policy, runtime delivery, or lab consequence and should leave this package

Reader Questions This Section Can Answer Well

  • where does the repository define workflow truth before benchmark prose or recommendation prose starts narrowing it
  • which public benchmark roots actually anchor the current flagship families
  • why a workflow family can look benchmark-rich and still stay bounded by transfer, acceptance, or lifecycle limits
  • which neighboring package is allowed to add judgment, grounding, or consequence only after core has named the scientific contract clearly

Strongest Core Proof

  • start with Benchmark Assets when the question is whether the repository has real public scientific roots
  • continue to Flagship Acceptance Bars when the dispute is whether a family still earns benchmark-backed trust
  • open This Package Does Not Own when a proposal is trying to turn scientific law into evidence policy, recommendation posture, or operator transport

First Proof Check

  • packages/bijux-proteomics-core/src/bijux_proteomics
  • packages/bijux-proteomics-core/tests
  • neighboring handbooks once the change crosses the local boundary

Neighbors