How To THINK Fast - like AYANOKOJI So People Think You Are Crazy

Main Ideas / Lessons Conveyed

• Common belief vs. evidence: Many people assume, “The longer I think, the better I decide.” The video challenges this, arguing that faster decisions can be higher quality, even in complex situations.
• “Pause = wisdom” is often a mistake: A noticeable delay can indicate that someone has hit a cognitive wall—their ability to compute rationally breaks down under complexity or time pressure—not that they’re thinking more deeply.
• Key distinction—choice vs. constraint:
  • Time pressure (the clock forces movement) increases errors.
  • Decision time (how long the person chooses to think) reflects intentional strategy.
  • These are not interchangeable.
• What fast experts are actually doing: In experts’ minds, “fast” is framed as intuitive decision-making supported by later rational checking:
  • Pattern matching extracts key information from large inputs.
  • A solution can arrive holistically (not as a conscious list of options).
  • Then it’s tested for viability, with emotional affect (“feels right”) acting as a verification signal.
• Why experts can seem psychic: A decision-making mechanism called drift diffusion explains how evidence accumulates below conscious awareness until a threshold is reached—so the answer can appear to come “from nowhere.”
• Novelty goes with speed (for experts): The video claims experts can produce genuinely novel solutions, and that speed and novelty can correlate—contrary to the idea that experts only recall memorized templates.
• How to build this skill: The proposed method is not “think harder” or just “get more experience,” but:
  • Repeated realistic exposure to the same category of situations until the pattern-response becomes automatic.
  • Training that matches real conditions, ideally through simulated or real decision-making.
  • Building a pathway that triggers before you consciously ask the question.

Methodology / Instructions (Detailed)

• Distinguish two scenarios:
  • If your performance is impaired by time pressure (forced clock constraints), treat it as a pressure problem, not “I didn’t think long enough.”
  • If you’re measuring decision time you choose, treat it as a strategic element—experts may slow down only when needed.
• Train fast intuition the “research-backed” way:
  • Repeatedly expose yourself to the same type/category of situation.
  • Use realistic practice, not abstract reading:
    • simulated scenarios
    • real decision-making tasks under conditions matching the real task
  • Repeat until pattern recognition becomes automatic, so solutions emerge quickly and holistically.
• Adopt the expert-like workflow:
  • First: let pattern matching generate a single coherent answer (rather than a long conscious search).
  • Second: run verification after the answer appears (the video emphasizes that analysis often comes after).
  • Use an internal “affect” signal (“does it feel right?”) as part of checking.
• Apply the training logic to domains (examples given):
  • Want faster thinking in conversations → have more conversations of the relevant type, not more analysis about conversations.
  • Want faster “reading people/rooms” → spend time in more relevant social contexts (more rooms, more interactions).
  • Want faster problem solving → work through more problems of the same type, completely—not just study them externally.
• Avoid vague advice:
  • “Get more experience” is framed as insufficient; the key is repetition with realism that builds the pattern-response pathway.

Research / Evidence Claims Mentioned (As Presented)

• Proceedings of the National Academy of Sciences (PNAS): A study analyzing 215,000 moves from professional chess players, concluding that faster decisions correlate with higher decision quality, even in complex positions.
• Another archival chess study (described):
  • Uses data from 20 grand masters and seven world chess champions.
  • Finds that serious time pressure increases blunders.
• Clinical decision-making study (urgent care / emergency medicine):
  • Claims experts show intuitive decision-making characteristics:
    • pattern matching
    • holistic/solitary solutions
    • later rational validation
    • emotional affect used for sense-checking
• Decision-science model: Drift diffusion modeling, used to explain how decisions can “surface” when evidence crosses a threshold.
• Expert vs. trainee contrast (as repeatedly emphasized in the video):
  • trainees: generate multiple solutions then deliberate
  • experts: skip visible intermediate effort due to pattern mastery

Who Speaks / Sources Featured

• The video narrator / speaker: the person delivering the script (not named in the subtitles).
• Referenced institutions / groups (not speakers):
  • Proceedings of the National Academy of Sciences (study source)
  • LMU Munich (economists)
  • Erasmus University Rotterdam (economists)
  • Uni-Dis Swiss (economists)
  • World chess experts / chess champions (specific individuals not named in the subtitles)
• General “researchers” / “decision scientists” (no individuals named):
  • researchers in urgent/emergency care
  • decision scientists using drift diffusion modeling