Attractor Field Theory#
| Type | Theoretical framework |
| Domain | Worldline dynamics |
| Key claim | Worldlines cluster into fields converging on fixed events |
| Named fields | Alpha, Beta, others conjectured |
| Boundary indicator | Integer part of divergence value |
| Escape mechanism | Divergence beyond field boundary |
| Anomalous region | Steins Gate (≈1.048596) |
| Instrument | Divergence Meter |
| Status within lab | Working model; predictive record strong |
Attractor Field Theory is the lab's working model of how worldlines behave under interference. Its core claim: history is not one thread but a bundle, and the bundle is combed. Individual worldlines within a field may differ in any amount of detail — who won a bar quiz, whether a computer was donated to a shrine — but all of them bend toward the same convergence events, which occur in every worldline of the field regardless of intervention. Change the path all you like; the destination holds.
The theory is why the lab's early optimism about D-Mails curdled. Undoing a cause does not undo a converged effect — the field simply reroutes, and the rerouting is not gentle. #lore
Worldlines are indexed by divergence, the number the
Divergence Meter displays. The integer part names
the field: readings in 0.x belong to the Alpha field, 1.x to Beta.
Within a field, the fractional digits measure how far a worldline sits
from the field's central "channel" — but ==distance within a field buys
detail, not destiny==. An Alpha worldline at 0.33 and one at 0.57 disagree
about months of events and agree perfectly about the ones that matter.
Crossing between fields requires pushing divergence across the integer boundary — an intervention so structurally large that the entire causal chain feeding a convergence event fails at once. The lab has achieved this exactly twice, in both directions, and neither method is recommended reading before bed. See Episode 13 and Episode 16.
Known convergence events
- Alpha: a death in the lab's first summer; SERN's future dominion — see alpha-worldline
- Beta: a different death; a war over time travel — see beta-worldline
- Steins Gate: none known
graph TD;
AlphaField-->ConvergenceA;
BetaField-->ConvergenceB;
AlphaField-->SteinsGate;
SteinsGate-->NoConvergence;
The lab's standard explanation, owed to the future visitor who delivered the meter: a field is a valley, worldlines are rivers, convergence events are the sea. Rain falling anywhere in the valley reaches the same sea; to reach a different sea you must leave the valley, and valleys are separated by watersheds — high, hostile, and narrow. The Steins Gate worldline, in this metaphor, is a river that ==exits through a cave no map shows== and empties somewhere no one has charted. The metaphor is acknowledged to break down exactly here, which lab consensus holds is the metaphor working as intended.
| Prediction | Test | Result |
|---|---|---|
| Undo mail cannot restore exact prior reading | 3 undo mails | Confirmed — residuals of 10⁻⁶ every time |
| Convergence event recurs despite cause removal | 5 interventions | Confirmed, 5/5, at rising personal cost |
| Time leaps cannot change fields | 6 leaps | Confirmed — intra-field motion only |
| Field boundary requires causal-chain collapse | 2 crossings | Confirmed |
| Omega field exists above 3.0 | 1 anomalous reading | Unconfirmed #stub |
The theory's confirmed predictions are all negative — it tells you what cannot work. The lab treats any plan that "just needs the attractor field to make an exception" as automatically failed. This is written on the whiteboard in the ink that doesn't erase.
Convergence is ontological: the field enforces its events the way geometry enforces triangle angles. Interventions don't fight the field; they were always part of it. Favored by Kurisu on odd-numbered days.
Convergence is statistical: enough causal mass accumulates around certain events that removing any one cause leaves thousands. Escape isn't forbidden, merely astronomically unlikely — which is why it took a leap machine, eleven attempts, and a deception operation to manage it once. Favored by Kurisu on even-numbered days.
"The field is the will of Steins Gate, and it can be negotiated with." Not a theory by any formal standard; predictive record, embarrassingly, also 5/5.
The theory freeloads on the Many-worlds interpretation for its plurality of histories and on dynamical-systems language (Attractor) for its central image, while being rigorously faithful to neither. Kurisu's notebook files it under "phenomenology that works," the drawer above "physics," with a cross-reference reading: a model that predicts eleven for eleven has earned the right to be wrong later.
Foundational reading order for new lab members, per the handbook: this page, then D-Mail (how shifts are caused), then Divergence Meter (how they're measured), then Reading Steiner (who remembers them). The unwritten companion piece Worldline topology remains the wiki's most-wanted red link.