Pre-Constitutional Physics — Canonical Definition

Control

In Pre-Constitutional Physics, control is the influence exerted over a system’s state transitions by constraints, feedback structures, or coupling with other systems.

Control does not require intention, awareness, authority, or centralized command. A system may be highly controlled without being commanded, and may be constrained without being observed.

Forms of Control

Control may be:

  • internal — self-regulation through feedback,

  • external — regulation imposed by another system,

  • distributed — emerging from interaction among multiple systems,

  • indirect — operating through gradients and incentives rather than commands.

These forms often coexist and interact.

Mechanisms of Control

Control operates by shaping:

  • which states are reachable,

  • how costly state transitions are,

  • and which trajectories are stabilized or suppressed over time.

Control therefore constrains how systems evolve, not by dictating outcomes, but by biasing feasible paths through state space.

Control and Autonomy

Control and autonomy are distinct but interacting properties.

  • Control often operates through autonomous subsystems.

  • Increasing autonomy at one level may increase control at a higher level.

  • Distributed control may emerge from many autonomous units without centralized agency.

Control does not negate autonomy; it structures the space within which autonomy is exercised.

Scale and Control

Control is inherently scale-relative.

Control exerted at one level may stabilize or destabilize dynamics at another. What appears as loss of control locally may reflect stabilization at a larger scale, and vice versa.

Summary

  • Control describes how constraints and coupling shape system trajectories.

  • Control may be internal, external, distributed, or indirect.

  • Control does not require intent, authority, or optimization.

  • All control is mediated through constraints, feedback, and gradients.