Active Inference at four scales. Agent: each bee maintains a generative model of its task and switches on saturation. Construction: wax-secreting workers form festoons; cells start cylindrical (Pirk 2004; Karihaloo 2013) and hexagonalise via 120° triple-junction equilibrium. Distributed posterior: the gold heat-map is the colony's shared belief over forage quality. Caste defence: ~5% guards patrol the entrance with visual perception and fast Z₂ rupture; ~30% soldiers wait inside, ruptured chemically by the alarm-pheromone field via the beauty function B(C) = exp(C/Ω)·(C*−C) — peaking at C*−Ω, the canonical CRR sweet spot. Swarm view: click anywhere on the canvas to inject a δ(now) — a forced rupture event — and watch the cascade propagate through precision-weighted alignment. Webcam: festoons and triple junctions inside.
Each bee processes visual information through coherence fields, enabling pattern recognition, depth perception, and emergent navigation strategies.
Genetic sequences determine personality traits, foraging preferences, and construction abilities. Mutations occur through rupture/rebirth cycles.
Hive structure emerges from collective decisions. No blueprints - just pure swarm intelligence guided by coherence optimisation.
Bees can now enter and exit the hive to construct interior honeycomb structures, process nectar, and create specialised chambers based on emergent needs.
Honey production emerges through collective dynamics. Bees collaboratively process nectar using temporal coherence patterns to optimise honey quality and storage.
Advanced webcam mode provides real-time view inside the hive, showing internal construction, honey production, bee activities, and field dynamics in 3D interior space.
Realistic bee buzzing sounds that dynamically respond to population, behavior, and location. Experience the authentic soundscape of a living hive with spatial audio effects.
Weather patterns, seasonal changes, and resource availability all influence field dynamics, creating adaptive selection pressures.
Individual coherence states combine to form emergent swarm 'consciousness'. Colony-level decisions arise from distributed coherence computations. Markovian Bees in a Non-Markovian field of Memory
Successful behaviors strengthen through memory entanglement. Failed strategies trigger ruptures, enabling rapid evolutionary adaptation.
Current Simulation: Environment loading... Initialising field dynamics...