This article explores how complex behaviors can emerge from simple neural circuits by building a simulated creature called a 'spark'. Initially, a spark with one eye and one flipper moves randomly. Adding a second eye and flipper, with crossed connections, allows it to steer towards light. Further refinement using inhibitory connections enables the spark to slow down and stop upon reaching its target, demonstrating how basic neural wiring can lead to sophisticated responses. AI
IMPACT Illustrates core principles of how simple inputs and connections can lead to complex emergent behaviors, relevant to AI development.
RANK_REASON Article explains fundamental principles of neural circuits and emergent behavior through a simulation. [lever_c_demoted from research: ic=1 ai=0.7]
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