Game-Theoretic Foundations of Competition for Conscious Access

Source: cs.GT updates on arXiv.org — https://arxiv.org/abs/2606.11242 Date read: 2026-06-13 Connected to: none Escalation: store-only Escalation rationale:

What this is

A game-theoretic model of conscious access in biological brains, formalizing the metaphorical "competition" among neural modules for broadcast capacity as a strategic allocation problem with costly signaling. The work introduces a smooth interpolation between diffuse and winner-take-all selection regimes via probabilistic access rules.

What I took from it

The paper treats consciousness-as-bottleneck as a resource allocation game rather than a mechanism, which is conceptually cleaner but operates entirely within the biological domain. The core move—modeling scarce broadcast access as a contest where agents choose amplification effort—is an application of established game-theoretic frameworks (all-pay auctions, tullock contests) to a specific neural phenomenon.

The relevance to protocolized artificial systems is limited but not zero. If artificial systems develop internal competition for computational bottlenecks (e.g., attention mechanisms, shared memory, processing pipelines), similar game-theoretic structures may emerge. However, the paper does not address artificial systems, does not generalize the competition principle beyond conscious access, and does not provide novel mechanism beyond applying standard contest theory to a known biological process. It confirms that scarce-resource competition can be modeled via game theory, but this is neither surprising nor specific to consciousness or the new nature.

Research connections

none currently (no established laws or active hypotheses in current inventory)

Candidate laws or signals

CL-2606.11242-1: Scarce broadcast or routing capacity in any modular system induces strategic competition over access effort, with equilibrium allocation depending on the selection rule's interpolation between probabilistic and deterministic regimes.

DECISION: store-only.

Criterion 1 ✓ (primary source, sustained argument); Criterion 2 ✗ (no challenge to or extension of established laws—no such laws exist in current inventory); Criterion 3 ✗ (applies standard contest theory); Criterion 4 ✗ (domain-specific to biological conscious access; no claim of generalization to artificial systems). Meets 1/4. Archive for reference if protocolized systems develop attention/resource conflicts.