Principlev1PR-1303
Design temporal architectures where each drive receives full
Design temporal architectures where each drive receives full expression in dedicated time windows rather than diluted partial expression in all windows, converting apparent zero-sum conflicts into sequential satisfaction of both drives.
Why This Is a Principle
Derives from working memory limits (Working Memory Capacity Limit), attention residue from task-switching (Task-switching generates attention residue that persists…), and the time cost of switching (Task switching between different types of cognitive work…). The principle prescribes temporal separation rather than temporal overlap as an integration strategy — giving each drive its own protected time rather than asking both to share every moment.