My research explores the generative logic of Natural Intelligence within living systems.
Such intelligence is not designed by artificial algorithms, but emerges naturally through the continuous processes of isolation, interaction, and perception.
When individuals sense, respond, and coordinate over time, they form a non-centralized, nonlinear mode of collective coexistence.

The inquiry asks how distances, orientations, and rhythms among individuals generate coherent collective order under noise,
and how social isolation alters the phase of that order—causing the system to oscillate between imbalance and regeneration.

This dynamic can be understood as an analogy to quantum coherence:
life does not exist through binary oppositions, but through the continual superposition, interference, and collapse of multiple potential states.
At the level of collective behavior, this quantum-like synchrony manifests as an order of coexisting multiplicities—
a state in which individuals are neither controlled nor assimilated,
but sustain coordination within difference,
self-maintaining like the phase relations of waves.

Perception is not a passive reflection of the external world,
but a quantum overlap between the living system and its environment.
Each act of perception is a collapse of the world;
each movement, a new measurement.

This reflects a quantum logic through which life sustains order within uncertainty—
a coherence that is at once cognitive and existential.