🧪 Research Collaborative Research Simulation
Interactive research-team resource-allocation simulator: grow a collaborative research team and watch synergy gains fight quadratic communication overhead, with a live output curve revealing the optimal team size.
Collaborative research projects face a classic resource-allocation trade-off: more collaborators mean more ideas and more hands on the problem, but they also mean more communication channels to keep synchronised. This simulator models a research team's net output as team size grows, combining a linear synergy bonus with the quadratic communication cost first described by Brooks's Law — the same "Mythical Man-Month" effect that explains why adding people to a struggling project can make it slower. Drag the team-size slider to grow or shrink the group and watch the complete-graph "team ring" gain edges and message pulses, tune the synergy and overhead coefficients to see the optimal team size n* shift on the live output curve, or jump straight to the current optimum.
This simulation explores the dynamics of collaborative research projects, examining factors like team communication and resource allocation to understand how groups effectively tackle complex scientific challenges.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install