少点错误 2024年12月22日
subfunctional overlaps in attentional selection history implies momentum for decision-trajectories
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本文深入探讨了“倒计时起床法”的原理,解释了为何在困倦时倒数后起床会更有效。文章提出,倒计时行为激活了与起床动机高度重叠的神经子功能,通过ASH-SuFuOvMo机制增强了起床的决策权重。此外,倒计时还通过前瞻性启动信号显著性锐化,将起床动机限定在精确的时间范围,提高了执行力。文章还指出,倒计时是代理选择预插入的典型例子,利用大脑效用函数的时间不一致性,逐步增强行动力。该方法对自我引导和学习策略具有重要意义。

🧠ASH-SuFuOvMo机制:倒计时行为激活与起床动机相关的神经子功能,增强起床的决策权重,从而更容易执行起床动作。

⏰前瞻性启动信号显著性锐化:通过倒计时,将起床动机限定在明确的时间点,减少大脑对执行时间的不确定性,提高行动的即时性。

💡代理选择预插入:倒计时是一种利用大脑效用函数的时间不一致性的策略,通过逐步增强动机,帮助我们更好地执行想要完成的事情。

Published on December 22, 2024 2:12 PM GMT

ASH-SuFuOvMo (momentum from the subfunctional overlap in attentional selection-history) explains why & when the countdown-trick to get out of bed when super-groggy actually works.

This is a trick that I use for getting out of bed in the morning - quite literally:  I count down from 10 and get out of bed after the "1".
  (Eliezer, 2009)

ASH-SuFuOvMo

the decision to do the countdown is motivated by a set of neuremic subfunctions which greatly overlaps with the set of subfunctions contributing to your motivation for getting out of bed.  so when you make a top-down goal-directed decision to do the former, those subfunctions are reinforced in ASH, and that leaks over to net reinforcing the brain's total decision-weight for the latter.

the countdown-trick helps when:

    the subfunctions contributing to [get out of bed] are subthreshold for decision-selection, while the set for [do the countdown] is above it; and[do the countdown] has net ASH-SuFuOvMo in the direction of [get out of bed], and that overlap suffices to take the latter above threshold.

prospective start-cue salience-sharpening (ProStaCuSalSharp)

another important reason (probably weighs more than the above most of the time tbh) the countdown-trick works is that it's a type of prospective start-cue salience-sharpening, achieved via prospective motivation-scope restriction.

the problem is that [get out of bed] is a motivation with no clearly scoped context for execution, so the total salience that goes into it is normalized across all prospective contexts it bids for.  (see salience-normalization.)

when you just think to yourself "I really need to get out of bed sometime soon!!", the [get out of bed]-motivation is normalized over a broad range of temporal contexts, representing the brain's uncertainty about when it's scoped for.  by deciding to do it immediately after the countdown, you squish the distribution into that precise context.

(but then if you fail to wake up after the countdown, now the brain's probably going to be more uncertain about the temporal scope of the action, and rationally less sensitive to update its distribution based on the evidence from your conscious decisions.  ⚠ hence why if you do do the countdown-trick, you better not flimsy the commitment!)

proxy-choice pre-insertion (ProChoPreIn)

in my notes, the countdown-trick is the prototypical example of a ProChoPreIn, and a technique for salience-charging—relying on incoherence in the brain's utility-function (or subfunctions thereof) across time to iteratively pump more motivation into what you want to want to do.

...in other words:  Dutch-booking yourself to become more agentic.  ^^

ASH-SuFuOvMo has major implications for self-steering & learning strategies

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倒计时起床法 ASH-SuFuOvMo 动机 执行力 神经科学
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