ARK

Tell the universe I came from heaven. The heaven?

[ARK @Ark_Meson]

Keeping the sense of neutrality towards a biased opinion. Biased in a context of perspective. And the view of perception towards that perspective. A perception of all species looking at it and perspective of a wise man looking at it.

[ARK @Ark_Meson]

@Samaytwt Windows

[Millie Marconi @MillieMarconnni]

A journalist in 1987 rewrote the 2,500-year-old Tao Te Ching as a series of short parables about programmers, and the book became required reading inside Silicon Valley because every line of the joke turned out to be deadly serious.

His name was Geoffrey James.

He was not a famous engineer. He was a technology journalist who had spent years inside the offices of early software companies watching the same disasters play out over and over again.

Managers piling more programmers onto failing projects. Codebases collapsing under their own weight. Corporate hierarchies producing endless documents that nobody read. Geniuses being interrupted by meetings until they quit and went home.

He could have written a serious management book. Plenty of serious management books already existed and almost nobody in software was reading them. He decided to do something stranger.

He picked up a copy of the Tao Te Ching, the foundational text of Taoist philosophy written in China around 500 BC, and he rewrote it line by line as if Lao Tzu had been a master programmer.

The result was published in 1987 as The Tao of Programming. 151 pages. Nine books. Roughly 50 short parables. A comedy book on the surface and a philosophy book underneath, written in deliberately ornate language that made you smile while you were absorbing arguments that have aged better than almost anything else published about software in the last 40 years.

The opening line of the book is the giveaway. Thus spake the master programmer. When you have learned to snatch the error code from the trap frame, it will be time for you to leave. The joke is that he is parodying the kung fu master from the old Kung Fu TV show. The argument underneath the joke is that real mastery in software is not measured by what you can build. It is measured by how cleanly you can recover when the system fails.

The book has been passed around hacker communities continuously since the late 1980s. It sits alongside Fred Brooks's Mythical Man-Month on the required reading list of serious software teams. People who have never heard of Geoffrey James still quote his lines without knowing where they came from. The reason it has refused to die for 40 years is that every line of the parody was always disguising a piece of real wisdom that nobody else was willing to say plainly.

Here are some of the lines, and what each one is actually saying.

"Even a perfect program still has bugs."

The line is funny because it sounds like a contradiction. The truth underneath is that there is no such thing as a finished program. Every system you ship is alive. It is going to encounter inputs you did not anticipate, hardware you did not test on, and edge cases your imagination could not produce.

Treating any piece of software as finished is the single most common reason production systems fail. The masters in the book are calm about bugs because they have stopped pretending bugs are exceptions. Bugs are the default state. The programmer's job is to keep them from compounding.

"Let the programmers be many and the managers few. Then all will be productive."

The line is funny because every software company in the world does the opposite. The truth underneath is that programming is a kind of work that runs almost entirely on uninterrupted thought, and the more layers of management you stack on top of it, the more interruptions you create, the more meetings the programmers have to attend, the fewer actual hours of deep work get done.

Every manager you add to a software team subtracts more productive hours from the engineers than the manager could possibly add through coordination. Brooks proved this formally in 1975. James said it in nine words in 1987.

"After three days without programming, life becomes meaningless."

The line is funny because it sounds like an addict talking. The truth underneath is that genuine craft work produces a kind of meaning that almost nothing else in modern life provides. The programmer who has not touched real code in three days is not just bored.

They are emotionally underfed. The masters in the book understand that the work itself is not a means to a paycheck. The work is the reward. The paycheck is a side effect. Everything that interferes with the actual work, no matter how prestigious or well-paid it looks, is making the programmer's life worse, not better.

"A manager went to the master programmer and showed him the requirements document for a new application. The manager asked the master, how long will it take to design this system if I assign five programmers to it? The master replied, it will take one year. The manager said, but we need this system immediately or even sooner. How long will it take if I assign ten programmers to it? The master programmer frowned. In that case it will take two years."

The line is the punchline of Brooks's Law disguised as a koan. Adding programmers to a late project makes it later, because every new person has to be brought up to speed by the existing team, which slows the existing team down, which extends the timeline. The book teaches this in 60 words. The same lesson takes most managers 20 years of failed projects to learn, if they ever learn it at all.

The deeper pattern is the one most readers miss the first time through.

James was not really writing about programming. He was using programming as a setting for a much older argument that Taoist philosophy has been making for 2,500 years.

The argument is that the world is governed by simple principles that get harder to see the more cleverness you stack on top of them. Force does not work. Pressure does not work. More resources do not work. The only thing that works is restraint, simplicity, and the patience to let the right shape emerge.

Lao Tzu was talking about how to govern a kingdom. James was talking about how to ship software. The wisdom is the same. The kingdom is the codebase. The emperor is the project manager. The advisors are the developers. And the entire collapse of every doomed software project in the last 40 years has had the same root cause that the collapse of every doomed dynasty has had for the previous 4,000.

People mistook complexity for competence.

The book has been sitting on the internet for free for almost 30 years. You can read all 151 pages in an afternoon. Most people who run it as a joke walk away quoting it for the rest of their careers.

What James understood in 1987 is even more true in 2026. AI can now generate millions of lines of code in seconds. The bottleneck has shifted entirely. The bottleneck is no longer typing speed. The bottleneck is judgment. The bottleneck is taste. The bottleneck is the ability to look at a generated codebase and feel, without quite knowing why, that something is wrong with it. That kind of feel is exactly what the book was teaching all along.

The Tao of Programming flows far away and returns on the wind of morning.

The masters in the book were never joking. The world just took 40 years to figure out they were not.

[Dwarkesh Patel @dwarkesh_sp]

Mathematicians and scientists often peak in their 20s. Why?

Maybe older scientists become stuck in their ways. Or maybe younger researchers feel free to be more creative.

But @jacobkimmel's hypothesis is that this isn't because of social factors at all - it's evolution:

[ARK @Ark_Meson]

@benln Emailed you Ben, building mesomorphic labs. Email name - ARK.

[ARK @Ark_Meson]

Solve the evolution flywheel, not a specific tool. Build labs, space tech, clean energy... Just build stuff that creates leverage not liability. Work smart, reduce the stuff you do, increase the quality of it, do it fast and I mean like in either hours, a day or a week. Just run.

[ARK @Ark_Meson]

Compounding is all about you, compound yourself. Create a fortress of knowledge, create a collective hivemind, connect all the dots, do what you find interesting, do it better than everyone, innovate, learn, invest. Make a mission, a base camp, a cult{team} and rush towards it.

[Rohan Paul @rohanpaul_ai]

🎯 Andrej Karpathy on how to learn.

[ARK @Ark_Meson]

Am I dead?

[ARK @Ark_Meson]

Humanity must evolve. Evolve from standard ideological dogmas, frameworks, languages, education, technology and everything. A new world must be built upon a framework that supports a mix of eco-socialism and capitalism that should lead to a nature centric technological utopia.

[ARK @Ark_Meson]

@Pontifex *Not yet. But if it does in future then it must be limited. And must be as a companion to humanity, and I guess that's up to us on how we structure that, and what you said is true but I believe for now, and now only. future is very uncertain; it's beautiful and dangerous both.

[ARK @Ark_Meson]

The best people are unorganized, all of them, always. Because there's just too much going on in the mind that it just becomes a spiral if you start organizing. But sometimes you have to do it, because it's a requirement, for your own mission.

[ARK @Ark_Meson]

@yacineMTB But it helps me a lot, like I write a lot so most of it I upload on claude and ask him to make contradictions - stance - revert to conflict - solution{if any}. Mostly it's philosophy, human behavior, occasionally neuroscience & others. But it's actually good.

[Jason Yeh @jayyeh]

that intro you're counting is not coming.

people only risk their reputation when you make THEM look good. your deal has to be so obviously hot they get credit for finding it.

or you have to be such a proven winner they look smart for connecting you. or you actually invested in the relationship first.

everything else is just cold emailing with extra steps.

[ARK @Ark_Meson]

Everything is ridiculously connected to everything I don't know why but you can clearly see connections in democracy, AI, physics, philosophy, like as if it was made by someone who is deeply integrated into patterns. It's highly unusual, and we all know that and still ignore it.

[ARK @Ark_Meson]

Why life is life?

[ARK @Ark_Meson]

Velocity matters.

[ARK @Ark_Meson]

@jointhebridge Dropping out of high school.

[Valerio Capraro @ValerioCapraro]

Finally, a big name has the courage to tell it: we are nowhere near AGI.

Demis Hassabis, CEO of Google DeepMind and Nobel laureate for AlphaFold, put it neat and clear:

"Today's systems are nowhere near [AGI]. Doesn't matter how many Erdős problems you solve… I think it's far, far from what a true invention, or someone like Ramanujan, would have been able to do."

This is the elephant in the room that many AI enthusiasts prefer not to see, or are actively trying to hide.

Erdős problems are well defined, often combinatorial, on finite spaces. They are exactly the kind of problems on which current AI can achieve spectacular performance with a lot of compute and knowledge.

A neural network can search a huge graph of possibilities. It can recombine existing knowledge at unprecedented scale. It can discover surprising solutions inside an already defined conceptual space.

But true invention is something else.

True invention is not only solving a problem.

It is inventing new objects, new dimensions, new connections. It is inventing new problems.

From resolving to inventing there is a discontinuity that we don't know how to bridge.

We are making extraordinary tools.
But we are nowhere close to AGI.

[ARK @Ark_Meson]

Is death interesting? If not, then why not, if yes then why?

Why you want to escape death?

Why you want god? Do you want the idea of God or 'GOD'?

What will you feel if God comes to you? Why that and not something else.

Why do you free will? Don't you have it.

[ARK @Ark_Meson]

Build great products, this is something everyone says. But what describes a product as great, how do you reach that conclusion, why, how it's great—in your perspective, specific person's or the world's perspective. Build something you'll admire, build for art, make it a craft.