Principles
2,201 principles · page 11 of 46
Design your time allocation decisions before entering…
Design your time allocation decisions before entering the time period, when you are not subject to urgency bias and immediate demands.
Layer your ideal week template from constraints inward
immovable commitments first, then energy-aligned priority work, then supporting activities, then restoration and margin.
Use your ideal week template as a gravitational field…
Use your ideal week template as a gravitational field that pulls actual weeks toward your design rather than as a rigid mandate that produces guilt when violated.
Recognize that a single interruption in a deep work block…
Recognize that a single interruption in a deep work block costs the entire block, not just the duration of the interruption.
Use AI to compress the time required for logistical tasks…
Use AI to compress the time required for logistical tasks while preserving human directed attention for judgment and synthesis rather than offloading the judgment itself.
Track actual task duration against estimates to build…
Track actual task duration against estimates to build a personal calibration factor that corrects for systematic optimism bias.
Decompose tasks into granular subtasks including setup…
Decompose tasks into granular subtasks including setup, teardown, and waiting time to surface the invisible work that estimates typically omit.
Contain interrupt-driven task processing within designated…
Contain interrupt-driven task processing within designated administrative blocks rather than responding to every small task the moment it arrives.
Apply the 'clear yes or clear no' filter to new commitments…
Apply the 'clear yes or clear no' filter to new commitments, accepting only opportunities that meet a high threshold of alignment rather than the default of 'seems worthwhile.'
Identify your information pipeline bottleneck by testing…
Identify your information pipeline bottleneck by testing each stage (capture, processing, storage, retrieval, output) in sequence and investing improvement effort only at the bottleneck stage, since non-bottleneck improvements produce zero throughput gain.
Create atomic notes containing exactly one idea rather…
Create atomic notes containing exactly one idea rather than multi-idea summaries to enable precise linking in knowledge networks.
Review information at expanding intervals (increasing…
Review information at expanding intervals (increasing from days to weeks to months) rather than massing repetitions into a single session to maximize long-term retention with minimal total study time.
Assign expiration dates to time-sensitive information…
Assign expiration dates to time-sensitive information at capture rather than assuming all stored information remains valid indefinitely, because knowledge decays at measurable domain-specific rates.
Use past survival duration to predict future survival…
Use past survival duration to predict future survival duration for non-perishable knowledge, assigning longer expected lifespans to ideas that have already persisted longer (the Lindy heuristic).
Apply progressive summarization layers (bold → highlight →…
Apply progressive summarization layers (bold → highlight → summary → remix) incrementally as you revisit notes for real purposes, rather than processing all notes uniformly upfront, to allocate processing effort by demonstrated relevance instead of speculative importance.
Establish an external measurement system for cognitive…
Establish an external measurement system for cognitive capacity because subjective assessment of performance degrades under the same depletion being measured.
Lay out multiple notes simultaneously in visual or physical…
Lay out multiple notes simultaneously in visual or physical space rather than reviewing them sequentially, because synthesis requires parallel processing of multiple frames that exceeds serial working memory capacity.
Start with output requirements and work backward…
Start with output requirements and work backward to determine what information and processing are needed, rather than consuming information and hoping it eventually becomes useful.
When information inflow chronically exceeds processing…
When information inflow chronically exceeds processing capacity, reset by archiving all backlog and rebuilding sources from zero rather than attempting incremental catch-up.
Never miss a habit twice consecutively, because single…
Never miss a habit twice consecutively, because single misses have no measurable effect on habit formation while consecutive misses begin eroding automaticity.
Calculate tool migration costs as weeks of degraded…
Calculate tool migration costs as weeks of degraded processing throughput and weakened habits rather than hours of direct migration work.
Allocate cognitive effort proportional to output half-life
invest minimal effort in outputs that matter for hours, moderate effort for outputs that matter for months, and maximum effort for outputs that matter for years.
Insert time gaps between creation and editing passes…
Insert time gaps between creation and editing passes to allow incubation effects and reduce familiarity blindness, enabling you to perceive your output as your audience will rather than as you intended it.
Catalog your actual output history to identify recurring…
Catalog your actual output history to identify recurring error patterns, then build checklist items and quality standards around the errors you demonstrably make rather than hypothetical failures.
Design templates by extracting common structure…
Design templates by extracting common structure from your best past examples rather than creating them from theory.
Match template rigidity to output predictability—operational
Match template rigidity to output predictability—operational outputs need high structure, creative outputs need minimal structure.
Schedule genuine recovery activities that enable…
Schedule genuine recovery activities that enable psychological detachment from work rather than low-effort stimulation that maintains cognitive load.
Ship outputs at the viability threshold rather…
Ship outputs at the viability threshold rather than polishing beyond it, then iterate based on actual feedback.
Maintain consistent output frequency by choosing a cadence…
Maintain consistent output frequency by choosing a cadence you can sustain during your worst realistic week.
Set fixed ship-by dates rather than start-by dates to create
Set fixed ship-by dates rather than start-by dates to create forcing functions that prevent endless polishing.
Batch production of similar outputs in single focused…
Batch production of similar outputs in single focused sessions to amortize cognitive changeover costs across multiple outputs.
Decouple production cadence from publication cadence…
Decouple production cadence from publication cadence by batching creation and scheduling distribution.
Batch only cognitively similar outputs—mixing different…
Batch only cognitively similar outputs—mixing different cognitive modes reintroduces switching costs batching exists to eliminate.
Separate activities by pipeline stage—drafting activities…
Separate activities by pipeline stage—drafting activities in draft stage only, structural review activities in review stage only—to prevent cognitive interference between incompatible operations.
Preserve retrieval-comparison-reversion capability…
Preserve retrieval-comparison-reversion capability for important outputs by maintaining identifiable snapshots at meaningful lifecycle transitions.
Attach brief changelogs to each version documenting what…
Attach brief changelogs to each version documenting what changed and why to convert version history into a decision record that supports learning and accountability.
Compare versions of your own outputs over time to identify…
Compare versions of your own outputs over time to identify consistent revision patterns that reveal systematic gaps in your initial production.
Monitor multi-week trends in baseline cognitive capacity…
Monitor multi-week trends in baseline cognitive capacity rather than single-day performance to detect compounding deficits before they reach crisis threshold.
Distribute annual commitments according to seasonal capacity
Distribute annual commitments according to seasonal capacity curves rather than uniform calendar division to prevent structural overload during predictable low-capacity periods.
Define role boundaries explicitly before collaborative work…
Define role boundaries explicitly before collaborative work begins using RACI or equivalent frameworks to prevent ownership ambiguity.
Structure handoffs between collaborators with three explicit
Structure handoffs between collaborators with three explicit elements: defined artifact, explicit expectations, and return protocol.
Default to asynchronous collaboration with deliberate…
Default to asynchronous collaboration with deliberate synchronous checkpoints at kickoff, major handoffs, conflict resolution, and final review.
Establish a minimum output frequency (weekly or biweekly)…
Establish a minimum output frequency (weekly or biweekly) as a non-negotiable cadence to initiate the compounding clock regardless of individual output quality.
Each published output increases discoverability of all prior
Each published output increases discoverability of all prior outputs by creating new entry points to the archive, making total value super-linear in output count.
Use AI to collapse marginal production cost per output while
Use AI to collapse marginal production cost per output while maintaining human judgment for creative direction, effectively doubling production capacity at constant time investment.
Separate experience collection (daily) from pattern…
Separate experience collection (daily) from pattern detection (weekly) from strategic evaluation (quarterly) because different cognitive altitudes require different processing modes and cannot be effectively combined.
Start reflection habits with minimal viable versions (one…
Start reflection habits with minimal viable versions (one sentence, 30 seconds) and expand only after automaticity is established, because motivation-dependent behaviors fail under variance while tiny behaviors survive.
Compare actual resource allocation against stated priorities
Compare actual resource allocation against stated priorities at fixed intervals to surface misalignments between espoused values and operative values, because behavior reveals true priorities more reliably than stated intentions.