Frequently asked questions about thinking, epistemology, and cognitive tools. 9738 answers
Execution errors knowledge errors and judgment errors require different correction approaches.
Execution errors knowledge errors and judgment errors require different correction approaches.
Execution errors knowledge errors and judgment errors require different correction approaches.
Reviewing key conditions before starting a task catches errors before they propagate.
Reviewing what happened after completing a task surfaces errors for future correction.
Reviewing what happened after completing a task surfaces errors for future correction.
Pick one task you completed in the last 48 hours — a meeting you ran, a document you shipped, a conversation you had, a workout you finished. Set a timer for 15 minutes and answer these four questions in writing: (1) What did I intend to happen? Be specific — write down the concrete outcome you.
Treating the post-action review as a feelings exercise instead of a structural analysis. The most common failure is replacing 'Why was there a gap?' with 'How do I feel about what happened?' Emotional processing has its place, but it is not error correction. When a post-action review drifts into.
Reviewing what happened after completing a task surfaces errors for future correction.
For every important process have a documented way to recover from common failures.
Recurring errors point to structural problems not personal failures.
Use tools and systems to catch errors that manual vigilance misses.
Every correction takes time and energy — reduce the error rate rather than just correcting faster.
Pick one recurring correction you perform regularly — proofreading a document, double-checking a calculation, reviewing a process for mistakes. Time yourself doing it today. Write down three numbers: (1) how many minutes the correction took, (2) how many actual errors you found, and (3) what the.
Treating error correction as free — something you 'just do' without accounting for the time, attention, and opportunity cost it consumes. This blindness creates a perverse incentive: the more errors your system produces, the more heroic your corrections feel, and the less motivation you have to.
Every correction takes time and energy — reduce the error rate rather than just correcting faster.
Identify one recurring error in your life — missed deadlines, energy crashes, forgotten commitments, repeated arguments, or any pattern that keeps showing up despite your awareness of it. Write down: (1) what the error looks like when it manifests, (2) what early signal appears before the full.
Designing elaborate error-detection systems but never closing the loop with automatic correction. You build dashboards, track metrics, journal diligently — and then do nothing differently when the data screams that something is wrong. Detection without correction is surveillance, not.
The best systems detect and correct their own errors without manual intervention.
Some agents can run simultaneously while others must wait for previous results.
Some agents can run simultaneously while others must wait for previous results.
A meta-agent that coordinates other agents by deciding which should run when.
When two agents each wait for the other neither can proceed — design to prevent this.
Coordination itself costs effort — keep the coordination cost proportional to the benefit.