11.32 Compressed canonical statement

Hyperemergent Crossfunctionality is network-level crossfunctionality whose relevant output depends on one or more higher-Hyperfunction-generated emergent dimensions. It may occur between regular and Higher Lobes, among Higher Lobes of the same function, similar functions, or different functions, among two or many lobes, and with Antilobe or intermediate-crossfunction inputs. It can preserve an existing function, transform several functions, generate a new function, and recursively crossfunction with its own or other crossfunctional outputs. Its recursion depth c is independent of Hyperfunction order h, Antilobe depth a, and sublobar depth s. Its realization depends on task-time recruitment and the interlobe architectural factors, especially connectivity, selectivity, crossfunctional integration, efficiency, routing, inhibition, metaneural control, plasticity, correction, and Factor 22. Mere Higher-Lobe participation is insufficient: higher-order emergent contribution must be causally relevant to the output.