During decision-making, the brain is a memory prediction machine.A lousy way to do memory prediction is “X happened in the past, therefore X will happen in the future.It’s too based on specific circumstances.What you want is principles.You want mental models.The best mental models I have found came through evolution, game theory, and Charlie Munger.Charlie Munger is Warren Buffett’s partner.Very good investor.He has tons and tons of great mental models.Author and trader Nassim Taleb has great mental models.Benjamin Franklin had great mental models.I basically load my head full of mental models.I use my tweets and other people’s tweets as maxims that help compress my own learnings and recall them.The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.If you don’t have the underlying experience, then it just reads like a collection of quotes.It’s cool, it’s inspirational for a moment, maybe you’ll make a nice poster out of it.But then you forget it and move on.Mental models are really just compact ways for you to recall your own knowledge.
The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.
例句翻译:大脑空间是有限的--你有有限的神经元--所以你几乎可以将这些视为指针、地址或记忆法,以帮助你记住深层次的原则,在这些原则中,你有潜在的经验来支持它。 分析:“back it up”是本句的固定搭配或关键结构,在这里表示“备份”;请结合整句理解并跟读。
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Ex: The brain space is finite—you have finite neurons—so you can almost think of these as pointers, addresses, or mnemonics to help you remember deep-seated principles where you have the underlying experience to back it up.