#60 – Annie Duke: How to improve decision making, learning, & apply ‘backcasting’ for future success

21 insights saved from this video by @psychology

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Judge a decision by its expected probability of success, not by the result of one attempt.
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A good decision can lose, and a bad decision can win. Outcome quality alone cannot prove decision quality.
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Several early successes can give poker players or fund managers durable belief in skill, making later evidence look like luck.
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A good outcome can follow a good decision, an irrelevant decision, inevitability, or a bad decision that got lucky.
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Decision-making works like driving: move fast on straightaways, slow down for curves, and identify those curves early.
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The “centenarian Olympics” turns longevity into concrete targets by asking what you want your body to do at one hundred.
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The longer feedback takes, the more room uncertainty gives self-serving bias to rewrite what happened.
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Do not claim credit when an unrelated acquisition rescues an investment thesis absent from your model.
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Pocket aces beat pocket fives roughly 80% of the time, yet pocket fives can still win that hand.
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In poker, a correct decision can still lose when subsequent cards run against it.
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A newcomer is harder to read, yet unusual play can create an advantage by making opponents misclassify their hands.
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A wealthy retiree losing substantial money in high-limit poker could still win overall through social life, learning, and enjoyment.
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Folding can feel like a non-win rather than a financial loss, reducing the emotional burden of losing.
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A serious decision framework maps the tree, luck’s entry points, future outcomes, planned reactions, and lessons afterward.
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Poker luck makes players fixate on the bad card. Strong analysis asks whether earlier decisions prevented opponents from seeing it.
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As the skill gap narrows, luck matters more because competitors have fewer decisive differences to exploit.
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Because decisions are not deterministic, probabilistic reasoning improves them by mapping possible outcomes and their likelihoods more accurately.
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When highly matched teams play, one contingent event can make the winner look decisively better than the loser.
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Variable schedules reward responses on average rather than at a fixed point, keeping behavior steady because the next reward could arrive anytime.
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Judge every decision on two axes: was the process correct, and was the outcome correct?
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One-on-one sports let losers blame an unfavorable style matchup instead of admitting an ability gap.

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