Experiment Timelines

Every experiment at ZinxLabs unfolds over time. Timelines exist to make that evolution visible.

An experiment timeline records:

  • When a hypothesis was introduced

  • When simulations began

  • When revisions occurred

  • When failures emerged

  • When the experiment paused, archived, or collapsed

Timelines are linear, chronological, and unedited. They do not summarize outcomes. They show sequence.

The purpose of a timeline is not to explain what happened, but to reveal when understanding changed.

Revision Histories

Revision histories document how an experiment changed in response to observation.

Each revision entry includes:

  • Timestamp

  • What was changed

  • Why the change was made

  • What assumption was challenged

  • What uncertainty remains

Revisions are not treated as corrections. They are treated as evidence that the system responded to reality.

No revision overwrites a previous state. All versions remain accessible.

Failure Propagation

Some failures do not remain isolated. They surface assumptions that affect other experiments, domains, or ecosystem layers.

Failure propagation pages track:

  • Which experiments were affected by a failure

  • What shared assumptions were exposed

  • How constraints were updated across the lab

  • Whether new experiments were spawned as a result

This page exists to prevent silent repetition of known breakdowns.

Failure is not contained. It is traced.

Leap‑Cycle Archives

ZinxLabs operates across Leap‑Year and Leap‑Day cycles. These cycles act as temporal checkpoints rather than deadlines.

Leap‑Cycle Archives group experiments by cycle and record:

  • What questions were active during that period

  • What assumptions shifted

  • What failures accumulated

  • What remained unresolved

These archives allow long‑term patterns to emerge without forcing premature conclusions.

Time is treated as a research variable, not a scheduling constraint.

Temporal Notes

Some observations cannot be attached to a single experiment. They emerge only through duration.

Temporal notes capture:

  • Slow‑forming patterns

  • Delayed consequences

  • Recurring failure modes

  • Structural drift over time

These notes are not hypotheses. They are signals waiting to be tested.