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How to Do Great Work

Source www.paulgraham.com Glean’d 2026-07-07 15:13 Read 67 min
AI summary

Paul Graham distills a four-step framework for doing great work: choose a field you have natural aptitude and deep interest in, learn enough to reach its frontier, notice gaps in knowledge, and explore promising ones. He emphasizes curiosity as the driving force, and advises honesty, boldness, and acceptance of failure. The essay is filled with personal anecdotes and counterintuitive ideas, such as 'don't over-plan' and 'follow your interests over imitation.' Suitable for anyone aspiring to achieve greatness in technology, entrepreneurship, or academia.

Original · 67 min
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§ 1

How to Do Great Work

如何做伟大的工作

§ 2

If you collected lists of techniques for doing great work in a lot of different fields, what would the intersection look like? I decided to find out by making it.

Partly my goal was to create a guide that could be used by someone working in any field. But I was also curious about the shape of the intersection. And one thing this exercise shows is that it does have a definite shape; it's not just a point labelled "work hard."

The following recipe assumes you're very ambitious.

The first step is to decide what to work on. The work you choose needs to have three qualities: it has to be something you have a natural aptitude for, that you have a deep interest in, and that offers scope to do great work.

In practice you don't have to worry much about the third criterion. Ambitious people are if anything already too conservative about it. So all you need to do is find something you have an aptitude for and great interest in.

[1] That sounds straightforward, but it's often quite difficult. When you're young you don't know what you're good at or what different kinds of work are like. Some kinds of work you end up doing may not even exist yet. So while some people know what they want to do at 14, most have to figure it out.

The way to figure out what to work on is by working. If you're not sure what to work on, guess. But pick something and get going. You'll probably guess wrong some of the time, but that's fine. It's good to know about multiple things; some of the biggest discoveries come from noticing connections between different fields.

Develop a habit of working on your own projects. Don't let "work" mean something other people tell you to do. If you do manage to do great work one day, it will probably be on a project of your own. It may be within some bigger project, but you'll be driving your part of it.

What should your projects be? Whatever seems to you excitingly ambitious. As you grow older and your taste in projects evolves, exciting and important will converge. At 7 it may seem excitingly ambitious to build huge things out of Lego, then at 14 to teach yourself calculus, till at 21 you're starting to explore unanswered questions in physics. But always preserve excitingness.

There's a kind of excited curiosity that's both the engine and the rudder of great work. It will not only drive you, but if you let it have its way, will also show you what to work on.

What are you excessively curious about — curious to a degree that would bore most other people? That's what you're looking for.

Once you've found something you're excessively interested in, the next step is to learn enough about it to get you to one of the frontiers of knowledge. Knowledge expands fractally, and from a distance its edges look smooth, but once you learn enough to get close to one, they turn out to be full of gaps.

The next step is to notice them. This takes some skill, because your brain wants to ignore such gaps in order to make a simpler model of the world. Many discoveries have come from asking questions about things that everyone else took for granted.

[2] If the answers seem strange, so much the better. Great work often has a tincture of strangeness. You see this from painting to math. It would be affected to try to manufacture it, but if it appears, embrace it.

Boldly chase outlier ideas, even if other people aren't interested in them — in fact, especially if they aren't. If you're excited about some possibility that everyone else ignores, and you have enough expertise to say precisely what they're all overlooking, that's as good a bet as you'll find.

[3] Four steps: choose a field, learn enough to get to the frontier, notice gaps, explore promising ones. This is how practically everyone who's done great work has done it, from painters to physicists.

Steps two and four will require hard work. It may not be possible to prove that you have to work hard to do great things, but the empirical evidence is on the scale of the evidence for mortality. That's why it's essential to work on something you're deeply interested in. Interest will drive you to work harder than mere diligence ever could.

The three most powerful motives are curiosity, delight, and the desire to do something impressive. Sometimes they converge, and that combination is the most powerful of all.

The big prize is to discover a new fractal bud. You notice a crack in the surface of knowledge, pry it open, and there's a whole world inside.

Let's talk a little more about the complicated business of figuring out what to work on. The main reason it's hard is that you can't tell what most kinds of work are like except by doing them. Which means the four steps overlap: you may have to work at something for years before you know how much you like it or how good you are at it. And in the meantime you're not doing, and thus not learning about, most other kinds of work. So in the worst case you choose late based on very incomplete information.

[4] The nature of ambition exacerbates this problem. Ambition comes in two forms, one that precedes interest in the subject and one that grows out of it. Most people who do great work have a mix, and the more you have of the former, the harder it will be to decide what to do.

The educational systems in most countries pretend it's easy. They expect you to commit to a field long before you could know what it's really like. And as a result an ambitious person on an optimal trajectory will often read to the system as an instance of breakage.

It would be better if they at least admitted it — if they admitted that the system not only can't do much to help you figure out what to work on, but is designed on the assumption that you'll somehow magically guess as a teenager. They don't tell you, but I will: when it comes to figuring out what to work on, you're on your own. Some people get lucky and do guess correctly, but the rest will find themselves scrambling diagonally across tracks laid down on the assumption that everyone does.

What should you do if you're young and ambitious but don't know what to work on? What you should not do is drift along passively, assuming the problem will solve itself. You need to take action. But there is no systematic procedure you can follow. When you read biographies of people who've done great work, it's remarkable how much luck is involved. They discover what to work on as a result of a chance meeting, or by reading a book they happen to pick up. So you need to make yourself a big target for luck, and the way to do that is to be curious. Try lots of things, meet lots of people, read lots of books, ask lots of questions.

[5] When in doubt, optimize for interestingness. Fields change as you learn more about them. What mathematicians do, for example, is very different from what you do in high school math classes. So you need to give different types of work a chance to show you what they're like. But a field should become increasingly interesting as you learn more about it. If it doesn't, it's probably not for you.

Don't worry if you find you're interested in different things than other people. The stranger your tastes in interestingness, the better. Strange tastes are often strong ones, and a strong taste for work means you'll be productive. And you're more likely to find new things if you're looking where few have looked before.

One sign that you're suited for some kind of work is when you like even the parts that other people find tedious or frightening.

But fields aren't people; you don't owe them any loyalty. If in the course of working on one thing you discover another that's more exciting, don't be afraid to switch.

If you're making something for people, make sure it's something they actually want. The best way to do this is to make something you yourself want. Write the story you want to read; build the tool you want to use. Since your friends probably have similar interests, this will also get you your initial audience.

This should follow from the excitingness rule. Obviously the most exciting story to write will be the one you want to read. The reason I mention this case explicitly is that so many people get it wrong. Instead of making what they want, they try to make what some imaginary, more sophisticated audience wants. And once you go down that route, you're lost.

[6] There are a lot of forces that will lead you astray when you're trying to figure out what to work on. Pretentiousness, fashion, fear, money, politics, other people's wishes, eminent frauds. But if you stick to what you find genuinely interesting, you'll be proof against all of them. If you're interested, you're not astray.

如果你收集了在许多不同领域做出杰出工作的技巧列表,它们的交集会是什么样子?我决定通过制作这样一个列表来找出答案。

部分原因是,我的目标是创建一份指南,供任何领域的人使用。但我也对交集的形状感到好奇。这个练习揭示的一点是,它确实有一个明确的形状;它不仅仅是一个标有“努力工作”的点。

以下指南假设你非常有抱负。

第一步是决定做什么工作。你选择的工作需要具备三个品质:它必须是你有天赋的、你深度感兴趣的、并且提供做伟大工作的空间。

实际上,你不需要太担心第三个标准。有抱负的人在这方面往往已经过于保守了。所以你只需要找到你有天赋且非常感兴趣的事情。

[1] 这听起来很简单,但通常相当困难。当你年轻时,你不知道自己擅长什么,也不知道不同类型的工作是什么样的。你最终从事的一些工作可能甚至还不存在。所以虽然有些人在14岁时就知道自己想做什么,但大多数人需要摸索出来。

弄清楚做什么工作的方法是通过工作本身。如果你不确定做什么,就猜一个。但选一个开始做。你有时会猜错,但这没关系。了解多种事物是好事;一些最重大的发现来自于注意到不同领域之间的联系。

养成做自己项目的习惯。不要让“工作”意味着别人让你做的事情。如果你有一天真的做出了伟大的工作,那很可能是一个你自己的项目。它可能是在一个更大的项目中,但你会驱动你负责的那部分。

你的项目应该是什么?任何你觉得令人兴奋的有雄心的东西。随着你年龄的增长,你对项目的品味会演变,兴奋和重要会趋同。7岁时,用乐高搭出巨大的东西可能看起来令人兴奋和有野心;14岁时,自学微积分;21岁时,开始探索物理学中未解答的问题。但始终要保留兴奋感。

有一种兴奋的好奇心,既是伟大工作的引擎,也是它的舵。它不仅会驱动你,而且如果你顺其自然,它还会告诉你该做什么。

你对什么过度好奇——好奇到大多数其他人会觉得无聊的程度?那就是你要找的。

一旦你找到了你过度感兴趣的东西,下一步就是学得足够多,以到达知识的前沿。知识以分形方式扩展,从远处看,它的边缘看起来很平滑,但一旦你学得足够多靠近它,它们就会充满缺口。

下一步是注意到这些缺口。这需要一些技巧,因为你的大脑想要忽略这些缺口,以便建立一个更简单的世界模型。许多发现源于对其他人认为理所当然的事情提出疑问。

[2] 如果答案看起来奇怪,那就更好了。伟大的工作通常带有一点奇怪的色彩。从绘画到数学,你都能看到这一点。刻意制造奇怪会显得做作,但如果它出现了,就去拥抱它。

大胆追逐离群的想法,即使其他人对它们不感兴趣——事实上,尤其当他们不感兴趣时。如果你对某个其他人忽略的可能性感到兴奋,并且你有足够的专业知识准确地说出他们都在忽视什么,那么这就是你能找到的最好的赌注。

[3] 四个步骤:选择一个领域,学得足够多到达前沿,注意到缺口,探索有希望的缺口。这几乎是每一个做出伟大工作的人的做法,从画家到物理学家。

第二步和第四步需要努力工作。可能无法证明你必须努力工作才能做出伟大的事情,但经验证据的规模足以与死亡的证据相媲美。这就是为什么必须在你深度感兴趣的事情上工作。兴趣会驱使你比单纯的勤奋更努力地工作。

三个最强大的动机是好奇心、喜悦和做出令人印象深刻的事情的渴望。有时它们会汇聚在一起,这种组合是最强大的。

最大的奖赏是发现一个新的分形芽。你注意到知识表面的裂缝,撬开它,里面有一个完整的世界。

让我们再谈谈决定做什么这个复杂的问题。它之所以困难,主要原因是除非你去做,否则你无法知道大多数工作是什么样的。这意味着四个步骤是重叠的:你可能需要在一个事情上工作多年才能知道你喜欢它多少或你有多擅长它。与此同时,你没有在做其他大多数工作,因此也没有了解它们。所以在最坏的情况下,你会在基于非常不完整的信息的情况下做出晚期的选择。

[4] 野心的性质加剧了这个问题。野心有两种形式,一种先于对学科的兴趣,另一种则从中生长出来。大多数做出伟大工作的人都有混合,你越多地拥有前者,就越难决定做什么。

大多数国家的教育系统假装这很容易。它们期望你在远未真正了解某个领域之前就承诺。结果,一个处于最佳轨迹上的有野心的人通常会被这个系统视为一个“破损案例”。

如果它们至少承认这一点就好了——承认这个系统不仅不能帮助你想出该做什么,而且它的设计还假设你会在青少年时期神奇地猜对。它们不告诉你,但我会:当涉及到弄清楚该做什么工作时,你只能靠自己。有些人幸运地猜对了,但其余的人会发现自己在预设每个人都会直走的轨道上斜着挣扎。

如果你年轻且有抱负但不知道该做什么,你应该做什么?你不应该做的是被动地随波逐流,认为问题会自己解决。你需要采取行动。但没有系统性的程序可以遵循。当你阅读做出伟大工作的人的生平时,你会惊讶其中包含了多少运气。他们通过一次偶然的会面,或通过偶然拿起的一本书,发现了该做什么。所以你需要让自己成为运气的大目标,而做到这一点的方法就是保持好奇心。尝试很多事物,认识很多人,读很多书,问很多问题。

[5] 当不确定时,优化有趣性。领域随着你学习更多而变化。例如,数学家所做的与你在高中数学课上的非常不同。所以你需要给不同类型的工作一个机会,让它们向你展示它们是什么样的。但是,随着你了解更多,一个领域应该变得越来越有趣。如果不是,那可能不适合你。

如果你发现自己对和他人不同的东西感兴趣,不用担心。你对有趣性的品味越奇怪越好。奇怪的品味通常是强烈的,对工作的强烈品味意味着你会富有成效。而且,你在很少有人探索过的地方寻找,更有可能发现新事物。

一个表明你适合某种工作的迹象是,你甚至喜欢其他人觉得乏味或可怕的部分。

但领域不是人;你不欠它们任何忠诚。如果在做一件事的过程中,你发现另一件事更令人兴奋,不要害怕切换。

如果你为别人制作东西,确保它确实是他们想要的。最好的方法是制作你自己想要的东西。写你想读的故事;构建你想用的工具。因为你的朋友可能有相似的兴趣,这也会给你带来最初的受众。

这应该遵循兴奋度规则。显然,最令人兴奋的故事就是你想读的故事。我明确提到这个案例的原因是,很多人都搞错了。他们不是做自己想要的,而是试图做某个想象中的、更挑剔的受众想要的。一旦你走上那条路,你就迷失了。

[6] 当你试图弄清楚该做什么工作时,会有很多力量让你误入歧途。矫揉造作、时尚、恐惧、金钱、政治、他人的愿望、著名的骗子。但如果你坚持你真正感兴趣的东西,你将能抵御所有这些。如果你感兴趣,你就不会走偏。

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