In complex systems, the simple actions of individuals can, through interaction, generate collective wisdom and power that surpasses the sum of their individual parts. The core scientific principle of teamwork lies in this "emergence": when multiple individuals coordinate their actions towards a common goal, their efforts are not simply additive, but can produce a systemic effect of "1+1+1 > 3" through complementarity, synchronization, and mutual reinforcement. However, coordination is no easy task; it requires participants to understand the common goal, perceive the actions of others, and adjust their own behavior in real time. The process itself is a perfect simulation of communication, feedback, and adaptive learning. Our exhibit, "Many Hands Make Light Work," transforms this abstract concept into an intuitive and engaging physical challenge within a compact 1.2-meter square device. The device is designed for three participants to operate simultaneously: each controls a handwheel li
