The numerous applications of mathematics are staggering. Everything from computational issues, mechanical designs, trajectory, navigation, heat displacement, selection of sensors and their limitations, battery weight and usage, recharging times, center of gravity, and so on, can be explored.

In addition, the math team can explore the formulas each NeurBot uses to represent state indicators. A state indicator is a node in the graph that represents the current state which exists between the extremes of being and not being in the state.

State indicators can be used for digital states of being, that in turn can be used to influence the current set of goals that the NeurBot is working on. We can, for example, use State B to reflect how well the current goals are considered beneficial. When the goals are no longer beneficial, then the NeurBot can re-prioritize the current set of goals that the NeurBot should be working on.

Each team can define their own formulas; the comfort zones (desired ranges of state indicator values); work that can move the state indicator from an extreme back toward the comfort zone; and, the importance of the state with respect to other states.