The irreducible epistemic atoms underlying the curriculum. 4,828 atoms across 8 types and 2 molecules
When a cognitive pool (creative, analytical, social) shows degradation markers—repetition, forced output, errors, disengagement—switch to a different pool type rather than pushing through, even if scheduled time remains.
Process one information source at full depth (notes, connections, could-explain-to-others) per week rather than ten sources at surface level to build signal detection capacity in your critical domains.
Use AI to scan peripheral domains weekly and deliver filtered summaries, while reserving human attention for 2-3 deep engagements per week in your core signal domains.
When switching between cognitive contexts, implement a three-step loading protocol: (1) close the current context by writing a one-sentence summary and noting open loops (30 seconds), (2) create a transition gap of deliberate non-engagement (60 seconds), (3) load the new context by reviewing relevant notes and orienting before producing (60 seconds).
During context loading for complex cognitive work (coding, writing, design), spend the first 60-90 seconds orienting through review of previous state before attempting to produce output, as the cognitive system requires initialization time before it can operate at full capacity in that domain.
Configure workspace lighting to match cognitive mode—bright, cool-temperature light (5,000-6,500K) for analytical work requiring convergent thinking; dim, warm light (2,700-3,000K) for creative work requiring divergent thinking.
During real-time execution of high-stakes tasks, defer metacognitive recursion beyond two levels to avoid working memory saturation—externalize to enable deeper inspection.
When noticing ultradian trough signals (restlessness, wandering attention, desire to check phone), take a 15-20 minute genuine recovery break before beginning the next work block rather than pushing through with stimulants.
When entering a scheduled deep work block, close all communication applications entirely rather than minimizing or silencing them, because accessibility to self-interruption sources depletes executive function through continuous suppression effort even when not actively checked.