The timing of this article and the submission seems to coincide (and possibly a reaction) to the other story on HN frontpage: Working quickly is more important than it seems (2015) (jsomers.net)
To clarify, some are misunderstanding James Somers to be advocating sloppy low quality work, as if he's recommending speed>quality. He's saying something else: remove latencies and delays to shorten feedback loops. Faster feedback cycles leads to more repetitions which leads to higher quality.
"slowness being a virtue" is not the opposite of Somer's recommendation about "working quickly".
Correct, it is the speed of iteration that is important. [0]
If AI can do the OODA loop faster without getting fatigued, even though it is worse quality, like the F-86, it will win 10 out of 10 times.
EDIT:
> Boyd knew both planes very well. He knew the MiG-15 was a better aircraft than the F-86. The MiG-15 could climb faster than the F-86. The MiG-15 could turn faster than the F-86. The MiG-15 had better distance visibility.
> The F-86 had two points in its favor. First, it had better side visibility. While the MiG-15 pilot could see further in front, the F-86 pilot could see slightly more on the sides. Second, the F-86 had a hydraulic flight control. The MiG-15 had a manual flight control.
> Boyd decided that the primary determinant to winning dogfights was not observing, orienting, planning, or acting better. The primary determinant to winning dogfights was observing, orienting, planning, and acting faster.
> Without hydraulics, it took slightly more physical energy to move the MiG-15 flight stick than it did the F-85 flight stick. Even though the MiG-15 would turn faster (or climb higher) once the stick was moved, the amount of energy it took to move the stick was greater for the MiG-15 pilot.
> With each iteration, the MiG-15 pilot grew a little more fatigued than the F-86 pilot. And as he gets more fatigued, it took just a little bit longer to complete his OOPA loop. The MiG-15 pilot didn’t lose because he got outfought. He lost because he got out-OOPAed.
Totally agree, how I see it, it's related to taking time to sharpen your axe.
Having a defined flow that gives you quick feedback quick and doesn't get in the way.
I you are writing, then you'd be using an app that you can quickly do what you want, e.g shortcuts for bold, vim/emacs motions, that "things-not-getting-in-the-way" state is what leads to flow state, in my opinion.
Muscle memory is action for free, then you can focus on thinking deeper.
Same happens with coding, although is more complex and can take time to land in a workflow with tools that allow you to move quick, I'm talking about, logs, debugger (if needed), hot reloading of the website, unit test that run fast, knowing who to ask or where to go for finding references, good documentation, good database client, having prepared shortcuts to everything ... and so on.
I think it would be could if people would share their flow-tools with different tech stacks, could benefit a lot of us that have some % of this done, but not 100% there yet.
The energy threshold for adding a new unit test to the suite and a new row to the docs are vital for it to be done.
If I need to install pandoc to test compile a doc change before i submit it for code review with 3 other maintainers, id rather keep my note or useful screenshot to myself.
If i need to create a c binding of my function so that pytest can run it through 50 rows of cryptic CMake, I'd rather do happy testing locally and submit it as a "trust me bro".
Good and fast international tooling matters massively for good software. And it all comes back to speed and iteration loop.
On top of that, slow meticulous work can then be done. 100% test coverage, detailed uml diagrams describing the system, and functional safety risk analysis matrix documents.
So speed and slowness supplement in different levels of analysis.
There is a very important concept in security engineering around feedback loops. Consider the following: A vulnerability is discovered 5 years after it was introduced. The issue is patched and life goes on for the engineering organization that discovered it. Some time passes and they discover an architectural flaw and that the issue was not isolated. They must now expend precious effort fixing this entire flaw and the 5 years of dependencies that accreted on it. Now, consider, the team that designed this system and the engineer that implemented it discover the vulnerability leading to the architectural issue within two weeks. They refactor the code and eliminated generational security debt. Not to mention the engineers that wrote the code are not around 5 years later further increasing the "interest" on the debt.
I would note you might see this as another bland "shift left" argument and you could definitely view if through this lens. But if you consider it from a systems thinking lens it actually incorporates dynamics that are not typically included in shift left. It helps you consider the system within your organization and how to shorten those feedback loops. It also, conveniently, makes engineering organizations stronger as a whole as these feedback loops are also intrinsically linked to the organizations software development process as a whole. It is pretty hard to have a tight security vulnerability discovery loop without a good software engineering practice around it. For security issues like this they are effectively a strict subset of software quality issues.
You can apply this feedback loop shortening to /so/ many things in life.
To add, add some "slowness" before starting work - fix the latencies and delays, and plan what you're going to make instead of figuring it out as you go.
Shortening feedback loops was what Kent Beck and TDD advocates were emphasizing. Now TDD has been ruined by "experts", people are realizing the importance of fast feedback loops from a different perspective.
I've started to come around to this point of view, where I break down something i want to learn into more modular loops that I can get the most iterations of the basic result I want to get and save the rehearsing the whole thing for the end when I feel confident with each part. Otherwise, you basically have to unfluently rehearse and rehash content you're likely good for at the peril of never getting around to as or more important stuff further along
Great article. I like the simple point about the hypothetical IQ test sent one week in advance. It makes a strong case about time being the true bottleness. I think this same idea could be applied to most tests.
Implicit in the design of most tests is the idea that a person's ability to quickly solve moderately difficult problems implies a proportional ability to solve very difficult problems if given more time. This is clearly jumping to a conclusion. I doubt there is any credible evidence to support this. My experience tends to suggest the opposite; that more intelligent people need more time to think because their brains have to synthesize more different facts and sources of information. They're doing more work.
We can see it with AI agents as well; they perform better when you give them more time and when they consider the problem from more angles.
It's interesting that we have such bias in our education system because most people would agree that being able to solve new difficult problems is a much more economically valuable skill than being able to quickly solve moderate problems that have already been solved. There is much less economic and social value in solving problems that have already been solved... Yet this is what most tests select for.
It reminds me of the "factory model of schooling." Also there is a George Carlin quote which comes to mind:
"Governments don't want a population capable of critical thinking, they want obedient workers, people just smart enough to run the machines and just dumb enough to passively accept their situation."
I suspect there may be some correlation between High IQ, fast thinking, fast learning and suggestibility (meaning insufficient scrutiny of learned information). What if fast learning comes at the expense of scrutiny? What if fast thinking is tested for as a proxy for fast learning?
What if the tests which our society and economy depend on ultimately select for suggestibility, not intelligence?
>most people would agree that being able to solve new difficult problems is a much more economically valuable skill than being able to quickly solve moderate problems that have already been solved
Do most people agree with that? I agree with that completely, and I have spent a lot of time wishing that most people agreed with that. But my experience is that almost no one agrees with that...ever...in any circumstance.
I don't even think society as a whole agrees with this statement. If you just rank careers according to the ones that have the highest likelihood of making the most money, the most economically valuable tend to be the ones solving medium difficulty problems quickly.
"Implicit in the design of most tests is the idea that a person's ability to quickly solve moderately difficult problems implies a proportional ability to solve very difficult problems if given more time."
I used to share that doubt, especially during my first semesters at university.
However, my experience over the decades has been, that people who solved moderately difficult problems quickly were also the ones that excelled at solving hard and novel problems. So in my (little) experience, there is a justification for that and I'd be definitely interested (and not surprised) to see credible evidence for it.
I could understand that, as we are inclined to hold this for true: "slow -> not smart".
What we do know is "not smart -> slow", because if you are dumb, you will be (infinitely) slow to answer correctly. But note this might indicate that the first proposition is a common logical fallacy where the modus tollens is applied incorrectly.
The slow but brilliant thinker wouldn't perhaps show up for solving a hard and novel problem, as they might have learned they are stupid, and they might still be slogging trough other problem sets. Other excuses are found in https://almossawi.substack.com/p/slow-and-fast-learners-3-qu...
If you want to test pure ability for deep thought, it will be very difficult to control all variables that affect slow people.
> I like the simple point about the hypothetical IQ test sent one week in advance.
It’s a simple point but an incorrect one.
If you can work on it for a week, it’s no longer an IQ test. Nobody is saying that the questions on an IQ test are impossible. It’s the fact that there are constraints (time) and that everybody takes the test the same way that makes it an IQ test. Otherwise it’s just a little sheet of kinda tricky puzzles.
Would you be a better basketball player if everyone else had to heave from 3/4 court but you could shoot layups? No, you’d be playing by different rules in an essentially different game. You might have more impressive stats but you wouldn’t be better.
> Would you be a better basketball player if everyone else had to heave from 3/4 court but you could shoot layups? No, you’d be playing by different rules in an essentially different game. You might have more impressive stats but you wouldn’t be better.
I think the correct analogy here is that if everyone had to shoot from 3/4 court, you would likely end up with a different set of superstars than the set of superstars you get when dunking is allowed.
In other words, if the IQ test were much much harder, but you had a month to do it, you might find that the set of people who do well is different than who does well on the 1 hour test. Those people may be better suited to pursuing really hard open ended long term problems.
No, I don’t think that is the correct analogy. The analogy in the blog post is that you (one person) gets a month headstart on the test. You would look like a genius because you’d outscore everyone else who had the time constraint.
Yes, if you play a different game you’ll find different high performers. That is obvious. But it is not what the blog post is saying. It is saying if you let one person play the same game but by different rules, they will look better.
> Consider this: if you get access to an IQ test weeks in advance, you could slowly work through all the problems and memorize the solutions. The test would then score you as a genius. This reveals what IQ tests actually measure. It’s not whether you can solve problems, but how fast you solve them.
You retort that "if you can work on it for a week, then it's no longer an IQ test", but that retort is one that the author would agree with. The author is simply making the argument that, what IQ measures is not necessarily the same kind of intelligence as what is necessary for success in the real world. He's not actually arguing that people should be allowed to take as long as they want on the test, he's simply using that hypothetical to illustrate "what IQ tests actually measure".
Yeah, I should clarify - I also don't think the article made the correct analogy. But I more meant that I think the different-game-gets-different-winners-analogy should have been how the article tried to make the point the author ultimately intended.
Counterpoint to consider: In real life, you can just play a different game. Most people will choose to shoot from 3/4 court instead of running all the way to the other end, because they’re not interested in basketball.
Most people aren’t interested enough to work 100+ hours per week. But we wouldn’t say Elon isn’t better at work ”because he doesn’t even work a 40-hour work week”
It has a lot to do with interest. Michael Jordan isn’t a world class mathematician. Elon isn’t a world class father.
> Implicit in the design of most tests is the idea that a person's ability to quickly solve moderately difficult problems implies a proportional ability to solve very difficult problems if given more time. This is clearly jumping to a conclusion. I doubt there is any credible evidence to support this.
I think this approach is effectively testing if a student studied the material. It makes the correlation between memorization and understanding. Recall a piece of information is fast if avaliable.
Its a commonly expressed experience among university students that learning memorization techniques and focusing on solving previous exams is a disproportionately effectively way to pass courses.
It's technically more impressive to pass the exam by never doing a single similar problem before and deriving a solving method or forumla that wasn't memorised.
I took deliberate effort to avoid looking at previous exam question for a course until the week before, since it cased good grades at little value to me long term.
> I suspect there may be some correlation between High IQ, fast thinking, fast learning and suggestibility (meaning insufficient scrutiny of learned information). What if fast learning comes at the expense of scrutiny? What if fast thinking is tested for as a proxy for fast learning?
Precisely. Speaking from experience, in school, every claim that I was supposed to accept and reproduce on an exam or in homework was met with a gut response: "Is this really true? Is so, why? How do you know?". I wanted to verify the information and know the justification for believing it, the reason something was true. What's more, I had trouble with the coherence of the claims being made. The physics we are taught in school, for example, raises very serious metaphysical questions. This produced in me a spirit of rebellion. I felt a certain vague disgust for the way things were taught that frustrated my motivation. In some sense, it didn't feel like truth was being treated seriously. The ceremony of education, with all its trappings, is all that was treated seriously. "Getting the grade", not understanding something was what it was all about. It felt like an acrobatics contest and a game of one-upmanship.
Now, sometimes, the justification for a claim was obvious, at least given certain premises (these are often left tacitly assumed, often implied: the danger), but that's not always or perhaps even usually the case. Even in math, a science that can be done from the armchair, we are given formulas and methods that are supposed to be taken on faith and simply used. Through repetition, we are supposed to become better at identifying situations in which we can apply them. But where do these formulas and methods come from? What do they tell us, and how do we know?
And I emphasize "faith": there is no way the valedictorian has verified everything he or she was taught or knows the justification for them. A "good student" keeps up, and since scrutiny and analysis take time and skill - time no student is given especially as the workload piles up, and skill no student possesses - a faithful student, a student who obediently accepts what he or she is being told. You can imagine that blind faith would produce the "perfect student". (Curiously, we are simultaneously commanded to "question everything" - except questioning everything, of course - but then required not to actually practice that advice.)
Now, you could argue that students are too young to understand the justifications for the claims being made, and in practice, we are always relying on faith in some authority. Few people realize how much faith we rely on in our lives. Society entails a certain epistemic deference, even if merely practical or perfunctory. In practice, it is unrealistic not to rely on faith. Faith has its proper place.
Someone might also say that students could be bracketing the information they are receiving. They may simply be entertaining it as a possibility in good faith and playing with it, until verification becomes possible or necessary. Maybe. But given the intellectual immaturity of students, and the obedience at the top, I suspect there is at least a superficial assent given to what they are taught. Otherwise, school is a game to be played, one that, we are told, is an instrument for climbing the ladder of social status. The content doesn't matter. What matters is that you play by the rules of the game and that you play by them well. When you do that, the kingmakers and status granters will throw you a few golden chips and elevate you in the eyes of society. You will be in.
Sounds cynical. After all, wouldn't an institution that wants to select for wisdom also create barriers? Of course, regardless of how effective they are. But the differences cannot be ignored. The intent and purpose are different, for one. The means of selection are another. Education is bureaucratized. We think that bureaucracy will create a "level playing field", eliminating the biases and favoritism that "personal judgement" is bound to entail. But who designs the bureaucracy? What does it actually select for? And does it not often commit the fallacy of confusing features of the method for features of the real?
We're obsessed with rank, and bureaucratic methods make us obsessively so. We imagine there is a sharper slope and a smaller peak than there really is. There is a slope, to be sure. I am no egalitarian. But come on.
Anyway, for all that rambling, what are some of the morals here?
I suppose my first point is that education ought to be focused on first principles first. It ought to be focused on understanding and truth and learning the competence of being able to get there, as that is the whole point. The trivium and quadrivium of old did this. People think of the Middle Ages as some kind period hostile to education. They think it was like the Prussian-style of education (from which modern education gets a lot of its ideas), oriented toward mindless obedience and unquestioned submission to the state. Nothing could be further from the truth. Universities were renowned for open discussion and debate, perhaps most famously in the form of the disputation. The Scholastics were famous for intellectual rigor, a rigor that puts to shame the pompous pretensions of the so-called Enlightenment that never missed the opportunity to erect straw men of the Medievals to ridicule.
Second, rewards and penalties are selection mechanisms. We get the behavior we reward and we get less of the kind we punish. Habits are like this, too: indulging a habit of overeating reinforces and magnifies the habit, while restraint has the opposite effect. What does our education system feed? What does it starve? We should ask this question ceaselessly.
My life experience and resulting sentiment is extremely similar to yours.
I feel that the education system is deeply flawed and rewards all the wrong things because we refuse to select based on real factors because of political ideology.
I think those that are successful become so despite of it, instead of because of it. When you looks at the biographies or people who truly pushed the enveloppe and changed the world, it becomes evident.
We need to ask if the cost of the education system are really worth the rewards. Considering how large that cost has become nowadays, my premilinary anwser would be no.
And I feel that the shift to rent seeking economy as well as reduced innovation and iteration speed is deeply linked to that.
Most of the recent growth came from IT, a field that was notorious for be full of dropouts. That should tell you something.
Now that the field has been innunduated by college graduate, it has shifted to fully extractive behavior.
Any push back against the system is met with suspition because most people feel they should have a shot at making it big, because they are worth it. In practice, it seems that the inequalities never disappear anyway, and people just have to pay more upfront in order to try to prove themselves.
In the long run, it mostly end up exactly as it started and society just pay a dear cost for what is basically unproductive behavior.
You behavior remark is quite on the nose, because from my point of view this is exactly how tyrannies are created. If you get rewarded too much for simply being obedient to the autority in place, overtime any other strategy gets pennalised dispropotionally and you end up with a bunch of sycophant you will never push back against the order, no matter how bad the decisions/rules get.
While I agree with the spirit of this piece, Andrew Wiles did not publish nothing for 7 years. He had a literal drawer full of pre-prepared papers of which he regularly published one, in order to fulfill his obligations and thus to have the time and freedom to think about what he wanted to think about.
The real tragedy here is the question what all people like him could accomplish if they didn't have to use 3/4 of their time and energy on bureaucracy and jumping through endless stupid hoops.
(But oh! What would the world come to, if people didn't have to PROVE that they deserve to do research/eat/live/go to the doctor - in the specific way someone came up with to minimize one kind of error over the other ...! /sarcasm)
I enjoyed this. At my own workplace it's a challenge to fit my team's work into the wider sprint-based methodology where every project must be refined, estimated, and broken down into items with <2 days effort. That makes a certain amount of sense if, say, you're building a standard web portal. It makes less sense if, say, you're adapting modern hierarchical routing algorithms to take vehicle dimension restrictions into account. It's difficult to express just how nebulous this kind of work can be. Managers like to say "Maybe you don't know how long it will take now, but you can research and prototype for a couple of days and have a better idea". The problem is that research work generally takes the following form:
* Come up with 5 possible approaches (2 days)
* Create benchmark framework & suite (1 day)
* Try out approach A, but realise that it cannot work for subtle technical reasons (2 days)
* Try out approach B (2 days)
* Fail to make approach B performant enough (3 day)
...
You just keep trying directions, refining, following hunches, coming up with new things to try etc... until you (seemingly randomly) land on something that works. This is fundamentally un-estimatable. And yet if you're not doing this sort of work, you will rarely come up with truly novel feats of engineering.
Almost everywhere management- whether wearing the skin of agile on top, is still bound to good old school Taylorism. And there is always this complete lack of understanding of the types of work there are and that you cannot cramp work related to complex, novel things in the same way you do something standardized.
Alas, business dont care, cause they wont their estimates and roadmaps and plans, and we all pretend it works ...
> The problem is that research work generally takes the following form:
> * Come up with 5 possible approaches (2 days)
Even that gives you something to talk about, that looks "solution-oriented" in the way managers like; in deep work the first steps can actually be:
* Break down the existing approach into its fundamental assumptions and components (3 days)
* Try to build a few approaches challenging some assumptions in a useful way, and fail (2 days)
* Get a clearer picture of the cloud of possibilities that are more likely to work, and start assembling the pieces from that cloud (3 days)
and so on. This is the kind of stuff that's really hard to communicate, and often sounds like you're doing nothing at all in the initial stages, even though that time pays for itself many times more once(/if) you get to take it to completion instead of doing patchwork upon patchwork on a design based on outdated assumptions.
FWIW, the ritual of codifying your experimentation like this does still serve a dubious purpose -- it gives your boss a way to talk about it with their boss. This doesn't solve the problem faster, it slows things down in fact, but we live in a society and your boss needs a way to talk about your work.
I'm fine with providing status updates and a rough idea of next steps. Less so fully breaking down projects into small items, or building a year(s)-long roadmap based on a quarterly release schedule with committed items etc...
If I wasn't in IT I think I'd love the military, not the stupid political stuff and killing people, but the organization, discipline, routine, focus on predictability, protocols, etc.
Yeah it's boring if it all works but boring is good. And we've been trying to apply this to software development for ages as well - think "continuous deployment" practices (or its new name, DORA metrics in the 2020's).
I wish software wasnt like the wild west where everyone can do as they please... Well defined proven standards would be so cool to have, but no, we have like 20 different ways to do auth and none of them are secure, regular switches from favoring SSR to client side rendering back to SSR again. Just to name some examples.
Hmm, I've been doing webdev for a living since 1998, intimately familiar w/ the complete history and modern practices, and I respectful disagree. Pretty sure it's a good thing we're not all forced to do things the same way. And the new SSR with CSR capabilities is not at all the same as the old SSR. You're right that auth is kind of a hot mess though.
> And the new SSR with CSR capabilities is not at all the same as the old SSR
Yea I know its just a display of the industries indecisiveness. Everytime we need something new and fresh some old favorite is revived until after 5 years its old again. I like being able to do things differently, I hate having to implement "security" features knowing all too well that they aren't secure at all. Minimizing attack surface should not be the default. And its not like this is a new problem. For some reason web devs love to work around a problem instead of fixing it.
reminds me of top age of empires II players making tons of clics per minute
the game appears so smooth when watching it as a spectator (without seeing the player's mouse and clicks but only the units moving)
"Development is the execution of a map toward a goal while research is the pursuit of a goal without a map".
If there is something I can take from this post, it will be this quote.
One relevant distinction: those who follow the rules, and those who discover them. Or the theory builders and the problem solvers.
Consider something like set theory. When set theory entered a period of crisis in the early 20th century, there were those who mathematicians, logicians, and philosophers who tried to determine what a good formalization of the notion of set is. Russell and Leśniewski come to mind, for example. Naturally, this isn't just a matter of coming up with any collection of axioms. It involves analyzing the concept of "set".
Bad article. The thesis may even be valuable, but it’s riddled with falsehoods trying to prove the point. It reads more as the usual person disliking the idea of IQ and trying to bash its foundation. Some actual facts are:
1. Einstein was a great student (as common sense would expect) [1]. Top in his class in ETHZ, and the supposed failed exam is because he tried to do the exam earlier than intended. He had great, although not flawless, grades all the way through. He wasn’t a mindless robot and clearly got some feathers ruffed by not showing up for classes, but his academic record is exactly what you would expect from a brilliant but somewhat nonconformist mind. He may not have been Von Neumann or Terence Tao, I suppose.
2. The main “source” of the article is an even more flawed blog post [2], which again just bashes on IQ with no sliver of proof that I can see other than waving hands in the hair while saying “dubious statistical transformations”, as if that wasn’t the only possible way to do these kinds of tests. Please prove me wrong and show me some proper study in there, I can’t see it but I’m from mobile.
Disappointing. What’s the point of it? Quote actual scientists, for example Higgs, who are on record saying that modern academic culture is too short term focused. Basically everyone I’ve ever spoken to about it in academia agrees. Might be a biased sample, but I think it’s more that everyone realizes we’ve dug ourselves into a hole that’s not so easy to escape.
I also didn't enjoy it, sloppy boundary drawing combined with some motivated reasoning. He explicitly distinguishes research from development in paragraph 4, but then spends the rest of the essay treating "fast" and "legible" as inherently inferior without consistently applying his own distinction...like, If you're building a bridge or shipping software, legibility and speed aren't signs you're not pushing boundaries...they're signs you're being competent. also, he seems to suggest that slow thinking is actually a different kind of intelligence that institutions miss. But this conflates processing speed with intellectual ambition, plenty of fast thinkers work on hard, illegible problems.... Plenty of slow thinkers work on trivial ones.
This reminds of a question I had when I played chess for a couple of years. I was a lot better (as evidenced by my ELO score on chess.com) when playing long games (1 turn per day) than short games (say half an hour total).
At the time, I read that everybody is better at "slow" chess. But does that explanation make sense? If everybody is better, shouldn't my ELO score have stayed the same?
With more time the scale of change is very personal. For some people going from 15 minutes to 1 hour gives a massive boost, while other do not improve match. And then some people can loose focus or get distracted during longer plays so for them more time may make they play worse.
unfamiliar with chess.com but correspondence chess(day/move) and rapid (game 30+0) should fall under two different rating classifications. Having different ratings between them is to be expected.
And while people tend to make __better moves__ in slower time controls, their rapid/blitz ratings are usually higher than standard ratings.
I like this post. It reminds me of contemporary programming language research. There are precious few people actually doing interesting stuff in PL research these days that are actually trying to uncover new paradigms that aren't just the same old "we discovered how to do X in Y type system" or "novel technique to generate objects with blah blah constraints".
People doing actually interesting stuff can't get funding, so they have to lone-wolf their entire research or just give up and work on stuff that gets paid, people like
- Jonathan Edwards
- Allen Webster
- Brett Victor
All with seriously intriguing ideas that probably have potential, but nobody seems to want to actually dig in to the stuff. Fortunately, there are guys like Stephen Kell who are kind of doing it even in academia, but I think he's limited too towards working on the boring problems that get funding as well.
I think there are two separate things. Slowness of progress in research is good bc it signals high value/difficulty. This I wholeheartedly agree. The other is, the slowness of solving a given problem is good, which is less clear.
I think indubitably intelligence should be linked to speed. If you can since everything faster I think smarter is a correct label. What I also think is true is that slowness can be a virtue in solving problems for a person and as a strategy. But this is usually because fast strategies rely on priors/assumptions and ideas which generalize poorly; and often more general and asymptotically faster algorithms are slower when tested on a limited set or on a difficulty level which is too low
I think part of the message is that speed isn't a free lunch. If an intelligence can solve "legible" problems quickly, it's symptomatic of a specific adaption for identifying short paths.
So when you factor speed into tests, you're systematically filtering for intelligences that are biased to avoid novelty. Then if someone is slow to solve the same problems, it's actually a signal that they have the opposite bias, to consider more paths.
IMO the thing being measured by intelligence tests is something closer to "power" or "competitive advantage".
I haven’t looked into the source study, so who knows if it’s good, but I recall this article about smart people taking longer to provide answers to hard problems because they take more into consideration, but are much more likely to be correct.
Good post, but I wish he had delved more into how modern institutions could be revamped to allow for slow, long term thinking.
I think there is an assumption that institutions inherently are short term optimized, but I don’t know if that’s actually true, or merely a more recent phenomenon.
My guess is that you’d need to deliberately be “less than hyper rational” when doling out funding, because otherwise you end up following the metrics mentioned in the post. In other words, you might need to give out income randomly to everyone that meets certain criteria, rather than optimizing for the absolute best choice. The nature of inflation and increasing costs of living also becomes a problem, as whatever mechanism you’re using to fund “long term” work needs to be increasing every year.
> The Buxton Index of an entity, i.e. person or organization, is defined as the length of the period, measured in years, over which the entity makes its plans. For the little grocery shop around the corner it is about 1/2, for the true Christian it is infinity, and for most other entities it is in between: about 4 for the average politician who aims at his re-election, slightly more for most industries, but much less for the managers who have to write quarterly reports. The Buxton Index is an important concept because close co-operation between entities with very different Buxton Indices invariably fails and leads to moral complaints about the partner.
The quip about IQ tests might be true for common range IQ tests, but IQ tests that test for very high IQ like the Ultra test [0] are untimed and unsupervised.
For modern scientific rebuttals to race science, I'd start with Sasha Gusev and Eric Turkheimer. You'll read about things like missing heritability and the methodological problems of twin studies (which are grave). I'd also read Cosma Shalizi's "g, a statistical myth", which is also fun just from a sort of mid-level math/stat perspective. A classic in the field that still holds up is Ned Block's "Race, Genes, and IQ", written as a response to The Bell Curve.
I don't have offhand good links to critiques of Gould that are on any site I would recommend you read.
All of the fast work will ideally soon be automated, leaving the fast workers with nothing to do but starve. In a righteous world, the slow workers who can change how the fast work is done will ultimately win.
Yes, although the fast workers currently intentionally make their slower coworkers starve (also while compromising on quality and innovation), so how about that. They have done this for years. Payback is a part of righteousness.
like the idea of the article. however, it gave me bad vibes. this “virtues” only use is to have moral high ground over other “virtues” instead of deconstructing intelligence as a whole.
why is it bad that the person with the highest IQ does puzzle columns?
are all people with IQ supposed to be doing groundbreaking research?
can you only do groundbreaking research if you’re intelligent?
i think the real virtue here is not “slowness” but rather persistence. what do you think?
> are all people with IQ supposed to be doing groundbreaking research?
I don't know about "supposed to", but... it's a reasonable hope or expectation, right? That someone with extraordinary capabilities would want to use them for some extraordinary benefit for mankind. I appreciate vos Savant's contribution to public knowledge, but if you have the ability to make your name by progressing something extremely challenging (like the Riemann hypothesis) then wouldn't you want to try that?
Reminds me of that scene in Good Will Hunting where Sean presses Will on why he sticks to manual labouring when he's far smarter than highly trained university professors.
I agree that it's a reasonable hope but not an expectation. I don't think it's fair to put that type of pressure on someone, and I don't want to assume that's necessarily what you meant.
I don't know if you read "Flowers for Algernon" but that's what I think about when discussing highly/exceptionally intelligent people.
That's totally fair. I didn't mean "expectation" in the sense of social pressure, but rather that it's likely that someone would want to use their skills in that way.
"Development is the execution of a map toward a goal while research is the pursuit of a goal without a map."
Uhm? That's not my definition of development. Actually the word itself has different meansing - see development biology, from a fertilised egg to some adult animal. But even if the context here is meant for planning research, ALL research also has steps. For instance if you write for a grant, you have to lay down the idea(s) in more details, then after you gotten the grant (hopefully), you will continue to do more planning. So there are definitely planned steps here too. You just can not always plan results or success; see the discovery of penicillin. While it was not 100% random, it was still more of a side-finding than a planned finding.
Also, slowness ... I don't think slowness in and by itself is a virtue. Some things are more complicated and take time to realise. See how Darwin drew the first tree of life with a pencil or pen. Reaching this point in time took some prior thinking.
I saw another post here saying speed-work is important. It's neither slow-work or speed-work. Stop making these generic blind rules. Just go by what's needed for the context. Keep your eyes open, not to these kind of rules, but to what's going on around.
The timing of this article and the submission seems to coincide (and possibly a reaction) to the other story on HN frontpage: Working quickly is more important than it seems (2015) (jsomers.net)
To clarify, some are misunderstanding James Somers to be advocating sloppy low quality work, as if he's recommending speed>quality. He's saying something else: remove latencies and delays to shorten feedback loops. Faster feedback cycles leads to more repetitions which leads to higher quality.
"slowness being a virtue" is not the opposite of Somer's recommendation about "working quickly".
Correct, it is the speed of iteration that is important. [0]
If AI can do the OODA loop faster without getting fatigued, even though it is worse quality, like the F-86, it will win 10 out of 10 times.
EDIT:
> Boyd knew both planes very well. He knew the MiG-15 was a better aircraft than the F-86. The MiG-15 could climb faster than the F-86. The MiG-15 could turn faster than the F-86. The MiG-15 had better distance visibility.
> The F-86 had two points in its favor. First, it had better side visibility. While the MiG-15 pilot could see further in front, the F-86 pilot could see slightly more on the sides. Second, the F-86 had a hydraulic flight control. The MiG-15 had a manual flight control.
> Boyd decided that the primary determinant to winning dogfights was not observing, orienting, planning, or acting better. The primary determinant to winning dogfights was observing, orienting, planning, and acting faster.
> Without hydraulics, it took slightly more physical energy to move the MiG-15 flight stick than it did the F-85 flight stick. Even though the MiG-15 would turn faster (or climb higher) once the stick was moved, the amount of energy it took to move the stick was greater for the MiG-15 pilot.
> With each iteration, the MiG-15 pilot grew a little more fatigued than the F-86 pilot. And as he gets more fatigued, it took just a little bit longer to complete his OOPA loop. The MiG-15 pilot didn’t lose because he got outfought. He lost because he got out-OOPAed.
[0] https://blog.codinghorror.com/boyds-law-of-iteration/
Totally agree, how I see it, it's related to taking time to sharpen your axe.
Having a defined flow that gives you quick feedback quick and doesn't get in the way.
I you are writing, then you'd be using an app that you can quickly do what you want, e.g shortcuts for bold, vim/emacs motions, that "things-not-getting-in-the-way" state is what leads to flow state, in my opinion.
Muscle memory is action for free, then you can focus on thinking deeper.
Same happens with coding, although is more complex and can take time to land in a workflow with tools that allow you to move quick, I'm talking about, logs, debugger (if needed), hot reloading of the website, unit test that run fast, knowing who to ask or where to go for finding references, good documentation, good database client, having prepared shortcuts to everything ... and so on.
I think it would be could if people would share their flow-tools with different tech stacks, could benefit a lot of us that have some % of this done, but not 100% there yet.
The energy threshold for adding a new unit test to the suite and a new row to the docs are vital for it to be done.
If I need to install pandoc to test compile a doc change before i submit it for code review with 3 other maintainers, id rather keep my note or useful screenshot to myself.
If i need to create a c binding of my function so that pytest can run it through 50 rows of cryptic CMake, I'd rather do happy testing locally and submit it as a "trust me bro".
Good and fast international tooling matters massively for good software. And it all comes back to speed and iteration loop.
On top of that, slow meticulous work can then be done. 100% test coverage, detailed uml diagrams describing the system, and functional safety risk analysis matrix documents.
So speed and slowness supplement in different levels of analysis.
There is a very important concept in security engineering around feedback loops. Consider the following: A vulnerability is discovered 5 years after it was introduced. The issue is patched and life goes on for the engineering organization that discovered it. Some time passes and they discover an architectural flaw and that the issue was not isolated. They must now expend precious effort fixing this entire flaw and the 5 years of dependencies that accreted on it. Now, consider, the team that designed this system and the engineer that implemented it discover the vulnerability leading to the architectural issue within two weeks. They refactor the code and eliminated generational security debt. Not to mention the engineers that wrote the code are not around 5 years later further increasing the "interest" on the debt.
I would note you might see this as another bland "shift left" argument and you could definitely view if through this lens. But if you consider it from a systems thinking lens it actually incorporates dynamics that are not typically included in shift left. It helps you consider the system within your organization and how to shorten those feedback loops. It also, conveniently, makes engineering organizations stronger as a whole as these feedback loops are also intrinsically linked to the organizations software development process as a whole. It is pretty hard to have a tight security vulnerability discovery loop without a good software engineering practice around it. For security issues like this they are effectively a strict subset of software quality issues.
You can apply this feedback loop shortening to /so/ many things in life.
To add, add some "slowness" before starting work - fix the latencies and delays, and plan what you're going to make instead of figuring it out as you go.
The actual link:
https://news.ycombinator.com/item?id=46270918
Shortening feedback loops was what Kent Beck and TDD advocates were emphasizing. Now TDD has been ruined by "experts", people are realizing the importance of fast feedback loops from a different perspective.
I've started to come around to this point of view, where I break down something i want to learn into more modular loops that I can get the most iterations of the basic result I want to get and save the rehearsing the whole thing for the end when I feel confident with each part. Otherwise, you basically have to unfluently rehearse and rehash content you're likely good for at the peril of never getting around to as or more important stuff further along
Festina lente.
Great article. I like the simple point about the hypothetical IQ test sent one week in advance. It makes a strong case about time being the true bottleness. I think this same idea could be applied to most tests.
Implicit in the design of most tests is the idea that a person's ability to quickly solve moderately difficult problems implies a proportional ability to solve very difficult problems if given more time. This is clearly jumping to a conclusion. I doubt there is any credible evidence to support this. My experience tends to suggest the opposite; that more intelligent people need more time to think because their brains have to synthesize more different facts and sources of information. They're doing more work.
We can see it with AI agents as well; they perform better when you give them more time and when they consider the problem from more angles.
It's interesting that we have such bias in our education system because most people would agree that being able to solve new difficult problems is a much more economically valuable skill than being able to quickly solve moderate problems that have already been solved. There is much less economic and social value in solving problems that have already been solved... Yet this is what most tests select for.
It reminds me of the "factory model of schooling." Also there is a George Carlin quote which comes to mind:
"Governments don't want a population capable of critical thinking, they want obedient workers, people just smart enough to run the machines and just dumb enough to passively accept their situation."
I suspect there may be some correlation between High IQ, fast thinking, fast learning and suggestibility (meaning insufficient scrutiny of learned information). What if fast learning comes at the expense of scrutiny? What if fast thinking is tested for as a proxy for fast learning?
What if the tests which our society and economy depend on ultimately select for suggestibility, not intelligence?
>most people would agree that being able to solve new difficult problems is a much more economically valuable skill than being able to quickly solve moderate problems that have already been solved
Do most people agree with that? I agree with that completely, and I have spent a lot of time wishing that most people agreed with that. But my experience is that almost no one agrees with that...ever...in any circumstance.
I don't even think society as a whole agrees with this statement. If you just rank careers according to the ones that have the highest likelihood of making the most money, the most economically valuable tend to be the ones solving medium difficulty problems quickly.
Really depends on the problem. Cancer, yes. Banking, no.
"Implicit in the design of most tests is the idea that a person's ability to quickly solve moderately difficult problems implies a proportional ability to solve very difficult problems if given more time."
I used to share that doubt, especially during my first semesters at university.
However, my experience over the decades has been, that people who solved moderately difficult problems quickly were also the ones that excelled at solving hard and novel problems. So in my (little) experience, there is a justification for that and I'd be definitely interested (and not surprised) to see credible evidence for it.
I could understand that, as we are inclined to hold this for true: "slow -> not smart".
What we do know is "not smart -> slow", because if you are dumb, you will be (infinitely) slow to answer correctly. But note this might indicate that the first proposition is a common logical fallacy where the modus tollens is applied incorrectly.
The slow but brilliant thinker wouldn't perhaps show up for solving a hard and novel problem, as they might have learned they are stupid, and they might still be slogging trough other problem sets. Other excuses are found in https://almossawi.substack.com/p/slow-and-fast-learners-3-qu...
If you want to test pure ability for deep thought, it will be very difficult to control all variables that affect slow people.
> I like the simple point about the hypothetical IQ test sent one week in advance.
It’s a simple point but an incorrect one.
If you can work on it for a week, it’s no longer an IQ test. Nobody is saying that the questions on an IQ test are impossible. It’s the fact that there are constraints (time) and that everybody takes the test the same way that makes it an IQ test. Otherwise it’s just a little sheet of kinda tricky puzzles.
Would you be a better basketball player if everyone else had to heave from 3/4 court but you could shoot layups? No, you’d be playing by different rules in an essentially different game. You might have more impressive stats but you wouldn’t be better.
> Would you be a better basketball player if everyone else had to heave from 3/4 court but you could shoot layups? No, you’d be playing by different rules in an essentially different game. You might have more impressive stats but you wouldn’t be better.
I think the correct analogy here is that if everyone had to shoot from 3/4 court, you would likely end up with a different set of superstars than the set of superstars you get when dunking is allowed.
In other words, if the IQ test were much much harder, but you had a month to do it, you might find that the set of people who do well is different than who does well on the 1 hour test. Those people may be better suited to pursuing really hard open ended long term problems.
No, I don’t think that is the correct analogy. The analogy in the blog post is that you (one person) gets a month headstart on the test. You would look like a genius because you’d outscore everyone else who had the time constraint.
Yes, if you play a different game you’ll find different high performers. That is obvious. But it is not what the blog post is saying. It is saying if you let one person play the same game but by different rules, they will look better.
This is the passage you're citing:
> Consider this: if you get access to an IQ test weeks in advance, you could slowly work through all the problems and memorize the solutions. The test would then score you as a genius. This reveals what IQ tests actually measure. It’s not whether you can solve problems, but how fast you solve them.
You retort that "if you can work on it for a week, then it's no longer an IQ test", but that retort is one that the author would agree with. The author is simply making the argument that, what IQ measures is not necessarily the same kind of intelligence as what is necessary for success in the real world. He's not actually arguing that people should be allowed to take as long as they want on the test, he's simply using that hypothetical to illustrate "what IQ tests actually measure".
> This reveals what IQ tests actually measure. It’s not whether you can solve problems, but how fast you solve them.
Who is out here arguing that IQ tests only measure whether you can solve puzzles or not?
> You retort that "if you can work on it for a week, then it's no longer an IQ test", but that retort is one that the author would agree with.
Well it would be unreasonable to disagree with because it is less a retort than a simple fact.
Yeah, I should clarify - I also don't think the article made the correct analogy. But I more meant that I think the different-game-gets-different-winners-analogy should have been how the article tried to make the point the author ultimately intended.
Counterpoint to consider: In real life, you can just play a different game. Most people will choose to shoot from 3/4 court instead of running all the way to the other end, because they’re not interested in basketball.
Most people aren’t interested enough to work 100+ hours per week. But we wouldn’t say Elon isn’t better at work ”because he doesn’t even work a 40-hour work week”
It has a lot to do with interest. Michael Jordan isn’t a world class mathematician. Elon isn’t a world class father.
> Most people will choose to shoot from 3/4 court instead of running all the way to the other end, because they’re not interested in basketball.
I have never once in my life seen anyone do anything close to this. Have you?
> Implicit in the design of most tests is the idea that a person's ability to quickly solve moderately difficult problems implies a proportional ability to solve very difficult problems if given more time. This is clearly jumping to a conclusion. I doubt there is any credible evidence to support this.
I think this approach is effectively testing if a student studied the material. It makes the correlation between memorization and understanding. Recall a piece of information is fast if avaliable.
Its a commonly expressed experience among university students that learning memorization techniques and focusing on solving previous exams is a disproportionately effectively way to pass courses.
It's technically more impressive to pass the exam by never doing a single similar problem before and deriving a solving method or forumla that wasn't memorised.
I took deliberate effort to avoid looking at previous exam question for a course until the week before, since it cased good grades at little value to me long term.
> I suspect there may be some correlation between High IQ, fast thinking, fast learning and suggestibility (meaning insufficient scrutiny of learned information). What if fast learning comes at the expense of scrutiny? What if fast thinking is tested for as a proxy for fast learning?
Precisely. Speaking from experience, in school, every claim that I was supposed to accept and reproduce on an exam or in homework was met with a gut response: "Is this really true? Is so, why? How do you know?". I wanted to verify the information and know the justification for believing it, the reason something was true. What's more, I had trouble with the coherence of the claims being made. The physics we are taught in school, for example, raises very serious metaphysical questions. This produced in me a spirit of rebellion. I felt a certain vague disgust for the way things were taught that frustrated my motivation. In some sense, it didn't feel like truth was being treated seriously. The ceremony of education, with all its trappings, is all that was treated seriously. "Getting the grade", not understanding something was what it was all about. It felt like an acrobatics contest and a game of one-upmanship.
Now, sometimes, the justification for a claim was obvious, at least given certain premises (these are often left tacitly assumed, often implied: the danger), but that's not always or perhaps even usually the case. Even in math, a science that can be done from the armchair, we are given formulas and methods that are supposed to be taken on faith and simply used. Through repetition, we are supposed to become better at identifying situations in which we can apply them. But where do these formulas and methods come from? What do they tell us, and how do we know?
And I emphasize "faith": there is no way the valedictorian has verified everything he or she was taught or knows the justification for them. A "good student" keeps up, and since scrutiny and analysis take time and skill - time no student is given especially as the workload piles up, and skill no student possesses - a faithful student, a student who obediently accepts what he or she is being told. You can imagine that blind faith would produce the "perfect student". (Curiously, we are simultaneously commanded to "question everything" - except questioning everything, of course - but then required not to actually practice that advice.)
Now, you could argue that students are too young to understand the justifications for the claims being made, and in practice, we are always relying on faith in some authority. Few people realize how much faith we rely on in our lives. Society entails a certain epistemic deference, even if merely practical or perfunctory. In practice, it is unrealistic not to rely on faith. Faith has its proper place.
Someone might also say that students could be bracketing the information they are receiving. They may simply be entertaining it as a possibility in good faith and playing with it, until verification becomes possible or necessary. Maybe. But given the intellectual immaturity of students, and the obedience at the top, I suspect there is at least a superficial assent given to what they are taught. Otherwise, school is a game to be played, one that, we are told, is an instrument for climbing the ladder of social status. The content doesn't matter. What matters is that you play by the rules of the game and that you play by them well. When you do that, the kingmakers and status granters will throw you a few golden chips and elevate you in the eyes of society. You will be in.
Sounds cynical. After all, wouldn't an institution that wants to select for wisdom also create barriers? Of course, regardless of how effective they are. But the differences cannot be ignored. The intent and purpose are different, for one. The means of selection are another. Education is bureaucratized. We think that bureaucracy will create a "level playing field", eliminating the biases and favoritism that "personal judgement" is bound to entail. But who designs the bureaucracy? What does it actually select for? And does it not often commit the fallacy of confusing features of the method for features of the real?
We're obsessed with rank, and bureaucratic methods make us obsessively so. We imagine there is a sharper slope and a smaller peak than there really is. There is a slope, to be sure. I am no egalitarian. But come on.
Anyway, for all that rambling, what are some of the morals here?
I suppose my first point is that education ought to be focused on first principles first. It ought to be focused on understanding and truth and learning the competence of being able to get there, as that is the whole point. The trivium and quadrivium of old did this. People think of the Middle Ages as some kind period hostile to education. They think it was like the Prussian-style of education (from which modern education gets a lot of its ideas), oriented toward mindless obedience and unquestioned submission to the state. Nothing could be further from the truth. Universities were renowned for open discussion and debate, perhaps most famously in the form of the disputation. The Scholastics were famous for intellectual rigor, a rigor that puts to shame the pompous pretensions of the so-called Enlightenment that never missed the opportunity to erect straw men of the Medievals to ridicule.
Second, rewards and penalties are selection mechanisms. We get the behavior we reward and we get less of the kind we punish. Habits are like this, too: indulging a habit of overeating reinforces and magnifies the habit, while restraint has the opposite effect. What does our education system feed? What does it starve? We should ask this question ceaselessly.
My life experience and resulting sentiment is extremely similar to yours.
I feel that the education system is deeply flawed and rewards all the wrong things because we refuse to select based on real factors because of political ideology. I think those that are successful become so despite of it, instead of because of it. When you looks at the biographies or people who truly pushed the enveloppe and changed the world, it becomes evident.
We need to ask if the cost of the education system are really worth the rewards. Considering how large that cost has become nowadays, my premilinary anwser would be no. And I feel that the shift to rent seeking economy as well as reduced innovation and iteration speed is deeply linked to that. Most of the recent growth came from IT, a field that was notorious for be full of dropouts. That should tell you something. Now that the field has been innunduated by college graduate, it has shifted to fully extractive behavior.
Any push back against the system is met with suspition because most people feel they should have a shot at making it big, because they are worth it. In practice, it seems that the inequalities never disappear anyway, and people just have to pay more upfront in order to try to prove themselves. In the long run, it mostly end up exactly as it started and society just pay a dear cost for what is basically unproductive behavior.
You behavior remark is quite on the nose, because from my point of view this is exactly how tyrannies are created. If you get rewarded too much for simply being obedient to the autority in place, overtime any other strategy gets pennalised dispropotionally and you end up with a bunch of sycophant you will never push back against the order, no matter how bad the decisions/rules get.
While I agree with the spirit of this piece, Andrew Wiles did not publish nothing for 7 years. He had a literal drawer full of pre-prepared papers of which he regularly published one, in order to fulfill his obligations and thus to have the time and freedom to think about what he wanted to think about.
The real tragedy here is the question what all people like him could accomplish if they didn't have to use 3/4 of their time and energy on bureaucracy and jumping through endless stupid hoops. (But oh! What would the world come to, if people didn't have to PROVE that they deserve to do research/eat/live/go to the doctor - in the specific way someone came up with to minimize one kind of error over the other ...! /sarcasm)
I enjoyed this. At my own workplace it's a challenge to fit my team's work into the wider sprint-based methodology where every project must be refined, estimated, and broken down into items with <2 days effort. That makes a certain amount of sense if, say, you're building a standard web portal. It makes less sense if, say, you're adapting modern hierarchical routing algorithms to take vehicle dimension restrictions into account. It's difficult to express just how nebulous this kind of work can be. Managers like to say "Maybe you don't know how long it will take now, but you can research and prototype for a couple of days and have a better idea". The problem is that research work generally takes the following form:
* Come up with 5 possible approaches (2 days)
* Create benchmark framework & suite (1 day)
* Try out approach A, but realise that it cannot work for subtle technical reasons (2 days)
* Try out approach B (2 days)
* Fail to make approach B performant enough (3 day)
...
You just keep trying directions, refining, following hunches, coming up with new things to try etc... until you (seemingly randomly) land on something that works. This is fundamentally un-estimatable. And yet if you're not doing this sort of work, you will rarely come up with truly novel feats of engineering.
Almost everywhere management- whether wearing the skin of agile on top, is still bound to good old school Taylorism. And there is always this complete lack of understanding of the types of work there are and that you cannot cramp work related to complex, novel things in the same way you do something standardized. Alas, business dont care, cause they wont their estimates and roadmaps and plans, and we all pretend it works ...
> The problem is that research work generally takes the following form:
> * Come up with 5 possible approaches (2 days)
Even that gives you something to talk about, that looks "solution-oriented" in the way managers like; in deep work the first steps can actually be:
* Break down the existing approach into its fundamental assumptions and components (3 days)
* Try to build a few approaches challenging some assumptions in a useful way, and fail (2 days)
* Get a clearer picture of the cloud of possibilities that are more likely to work, and start assembling the pieces from that cloud (3 days)
and so on. This is the kind of stuff that's really hard to communicate, and often sounds like you're doing nothing at all in the initial stages, even though that time pays for itself many times more once(/if) you get to take it to completion instead of doing patchwork upon patchwork on a design based on outdated assumptions.
FWIW, the ritual of codifying your experimentation like this does still serve a dubious purpose -- it gives your boss a way to talk about it with their boss. This doesn't solve the problem faster, it slows things down in fact, but we live in a society and your boss needs a way to talk about your work.
I'm fine with providing status updates and a rough idea of next steps. Less so fully breaking down projects into small items, or building a year(s)-long roadmap based on a quarterly release schedule with committed items etc...
If you're doing original work, the plan might change at every step.
The classic military maxim… slow is smooth and smooth is fast.
If I wasn't in IT I think I'd love the military, not the stupid political stuff and killing people, but the organization, discipline, routine, focus on predictability, protocols, etc.
Yeah it's boring if it all works but boring is good. And we've been trying to apply this to software development for ages as well - think "continuous deployment" practices (or its new name, DORA metrics in the 2020's).
I wish software wasnt like the wild west where everyone can do as they please... Well defined proven standards would be so cool to have, but no, we have like 20 different ways to do auth and none of them are secure, regular switches from favoring SSR to client side rendering back to SSR again. Just to name some examples.
Hmm, I've been doing webdev for a living since 1998, intimately familiar w/ the complete history and modern practices, and I respectful disagree. Pretty sure it's a good thing we're not all forced to do things the same way. And the new SSR with CSR capabilities is not at all the same as the old SSR. You're right that auth is kind of a hot mess though.
> And the new SSR with CSR capabilities is not at all the same as the old SSR
Yea I know its just a display of the industries indecisiveness. Everytime we need something new and fresh some old favorite is revived until after 5 years its old again. I like being able to do things differently, I hate having to implement "security" features knowing all too well that they aren't secure at all. Minimizing attack surface should not be the default. And its not like this is a new problem. For some reason web devs love to work around a problem instead of fixing it.
Sorry, no, you seem to have misunderstood that I'm disagreeing with you. Modern SSR is not just a return to the same old thing.
It most definitely is. Same old shit with a twist. Also apparently all web devs are cloudslaves nowadays as well. Webdev is dead.
I know it in Spanish (probably it exists in other languages too?) "Visteme despacio que estoy apurado"
"Dress me slowly that I am in a hurry"
"Chi va piano, va sano e va lontano."
Walk slowly and you'll walk safe and far.
Similar English expression: Less haste, more speed
reminds me of top age of empires II players making tons of clics per minute the game appears so smooth when watching it as a spectator (without seeing the player's mouse and clicks but only the units moving)
I use this one. I've witnessed so much time wasted on broken shit being shipped. Tie your shoelaces and you won't trip on them.
I've always heard "slow is steady and steady is fast."
Same thing, but from the trades instead of the military.
I like this one
"Development is the execution of a map toward a goal while research is the pursuit of a goal without a map". If there is something I can take from this post, it will be this quote.
One relevant distinction: those who follow the rules, and those who discover them. Or the theory builders and the problem solvers.
Consider something like set theory. When set theory entered a period of crisis in the early 20th century, there were those who mathematicians, logicians, and philosophers who tried to determine what a good formalization of the notion of set is. Russell and Leśniewski come to mind, for example. Naturally, this isn't just a matter of coming up with any collection of axioms. It involves analyzing the concept of "set".
This is different from the Erdos's of the world.
Bad article. The thesis may even be valuable, but it’s riddled with falsehoods trying to prove the point. It reads more as the usual person disliking the idea of IQ and trying to bash its foundation. Some actual facts are:
1. Einstein was a great student (as common sense would expect) [1]. Top in his class in ETHZ, and the supposed failed exam is because he tried to do the exam earlier than intended. He had great, although not flawless, grades all the way through. He wasn’t a mindless robot and clearly got some feathers ruffed by not showing up for classes, but his academic record is exactly what you would expect from a brilliant but somewhat nonconformist mind. He may not have been Von Neumann or Terence Tao, I suppose.
2. The main “source” of the article is an even more flawed blog post [2], which again just bashes on IQ with no sliver of proof that I can see other than waving hands in the hair while saying “dubious statistical transformations”, as if that wasn’t the only possible way to do these kinds of tests. Please prove me wrong and show me some proper study in there, I can’t see it but I’m from mobile.
Disappointing. What’s the point of it? Quote actual scientists, for example Higgs, who are on record saying that modern academic culture is too short term focused. Basically everyone I’ve ever spoken to about it in academia agrees. Might be a biased sample, but I think it’s more that everyone realizes we’ve dug ourselves into a hole that’s not so easy to escape.
[1]: https://m.youtube.com/watch?v=2zwZsjlJ-G4
[2]: https://www.theintrinsicperspective.com/p/your-iq-isnt-160-n...
I also didn't enjoy it, sloppy boundary drawing combined with some motivated reasoning. He explicitly distinguishes research from development in paragraph 4, but then spends the rest of the essay treating "fast" and "legible" as inherently inferior without consistently applying his own distinction...like, If you're building a bridge or shipping software, legibility and speed aren't signs you're not pushing boundaries...they're signs you're being competent. also, he seems to suggest that slow thinking is actually a different kind of intelligence that institutions miss. But this conflates processing speed with intellectual ambition, plenty of fast thinkers work on hard, illegible problems.... Plenty of slow thinkers work on trivial ones.
This reminds of a question I had when I played chess for a couple of years. I was a lot better (as evidenced by my ELO score on chess.com) when playing long games (1 turn per day) than short games (say half an hour total).
At the time, I read that everybody is better at "slow" chess. But does that explanation make sense? If everybody is better, shouldn't my ELO score have stayed the same?
With more time the scale of change is very personal. For some people going from 15 minutes to 1 hour gives a massive boost, while other do not improve match. And then some people can loose focus or get distracted during longer plays so for them more time may make they play worse.
When "everybody is better", you can still increase your relative rank to other people if you benefit even more.
For example if I were to give $1 to every person on earth, but $100 million to you, everyone would be richer but you would be a lot richer still.
unfamiliar with chess.com but correspondence chess(day/move) and rapid (game 30+0) should fall under two different rating classifications. Having different ratings between them is to be expected.
And while people tend to make __better moves__ in slower time controls, their rapid/blitz ratings are usually higher than standard ratings.
There are two kinds of slowness. One is trying hard while getting no visible result. Another is procrastination. The article refers to the first
And the challenge is making management understand the difference!
But here's the question: how do you tell the difference? Especially when hard-work without visible result / legible failure is hard to communicate...
I like this post. It reminds me of contemporary programming language research. There are precious few people actually doing interesting stuff in PL research these days that are actually trying to uncover new paradigms that aren't just the same old "we discovered how to do X in Y type system" or "novel technique to generate objects with blah blah constraints".
People doing actually interesting stuff can't get funding, so they have to lone-wolf their entire research or just give up and work on stuff that gets paid, people like
- Jonathan Edwards
- Allen Webster
- Brett Victor
All with seriously intriguing ideas that probably have potential, but nobody seems to want to actually dig in to the stuff. Fortunately, there are guys like Stephen Kell who are kind of doing it even in academia, but I think he's limited too towards working on the boring problems that get funding as well.
Would you mind posting some links to the notable works of the people you have mentioned?
I think there are two separate things. Slowness of progress in research is good bc it signals high value/difficulty. This I wholeheartedly agree. The other is, the slowness of solving a given problem is good, which is less clear.
I think indubitably intelligence should be linked to speed. If you can since everything faster I think smarter is a correct label. What I also think is true is that slowness can be a virtue in solving problems for a person and as a strategy. But this is usually because fast strategies rely on priors/assumptions and ideas which generalize poorly; and often more general and asymptotically faster algorithms are slower when tested on a limited set or on a difficulty level which is too low
I think part of the message is that speed isn't a free lunch. If an intelligence can solve "legible" problems quickly, it's symptomatic of a specific adaption for identifying short paths.
So when you factor speed into tests, you're systematically filtering for intelligences that are biased to avoid novelty. Then if someone is slow to solve the same problems, it's actually a signal that they have the opposite bias, to consider more paths.
IMO the thing being measured by intelligence tests is something closer to "power" or "competitive advantage".
> Then if someone is slow to solve the same problems, it's actually a signal that they have the opposite bias, to consider more paths.
No this isn't true, most of the time they just don't consider any paths at all and are just dumb.
And the bias towards novelty doesn't make you slow, ADHD is biased towards novelty and people wouldn't call those slow.
What I meant is, assuming that they do find solutions. If they're not doing anything of course that's different.
In the article, "speed" is about reaching specific answers in a specific window of time, the bane of ADHD.
I haven’t looked into the source study, so who knows if it’s good, but I recall this article about smart people taking longer to provide answers to hard problems because they take more into consideration, but are much more likely to be correct.
https://bigthink.com/neuropsych/intelligent-people-slower-so...
Good post, but I wish he had delved more into how modern institutions could be revamped to allow for slow, long term thinking.
I think there is an assumption that institutions inherently are short term optimized, but I don’t know if that’s actually true, or merely a more recent phenomenon.
My guess is that you’d need to deliberately be “less than hyper rational” when doling out funding, because otherwise you end up following the metrics mentioned in the post. In other words, you might need to give out income randomly to everyone that meets certain criteria, rather than optimizing for the absolute best choice. The nature of inflation and increasing costs of living also becomes a problem, as whatever mechanism you’re using to fund “long term” work needs to be increasing every year.
See Dijkstra's discussion of the "Buxton Index" in https://www.cs.utexas.edu/~EWD/transcriptions/EWD11xx/EWD117...:
> The Buxton Index of an entity, i.e. person or organization, is defined as the length of the period, measured in years, over which the entity makes its plans. For the little grocery shop around the corner it is about 1/2, for the true Christian it is infinity, and for most other entities it is in between: about 4 for the average politician who aims at his re-election, slightly more for most industries, but much less for the managers who have to write quarterly reports. The Buxton Index is an important concept because close co-operation between entities with very different Buxton Indices invariably fails and leads to moral complaints about the partner.
Thanks for this! A brilliant insight, which I don't think I ever encountered before.
The quip about IQ tests might be true for common range IQ tests, but IQ tests that test for very high IQ like the Ultra test [0] are untimed and unsupervised.
[0] https://megasociety.org/admission/ultra/
For anyone interested in the history of IQ tests and how broken they are check out The Mismeasure of Man [0]
[0] https://en.wikipedia.org/wiki/The_Mismeasure_of_Man
Ehhhhhh careful, Mismeasure hasn't held up well, and there are better arguments.
Oh interesting, can you share any links or books?
For modern scientific rebuttals to race science, I'd start with Sasha Gusev and Eric Turkheimer. You'll read about things like missing heritability and the methodological problems of twin studies (which are grave). I'd also read Cosma Shalizi's "g, a statistical myth", which is also fun just from a sort of mid-level math/stat perspective. A classic in the field that still holds up is Ned Block's "Race, Genes, and IQ", written as a response to The Bell Curve.
I don't have offhand good links to critiques of Gould that are on any site I would recommend you read.
This aligns well with Cal Newport's Slow Productivity. Which reminds me, I need to read it during xmas break
All of the fast work will ideally soon be automated, leaving the fast workers with nothing to do but starve. In a righteous world, the slow workers who can change how the fast work is done will ultimately win.
In a "righteous world", no one would starve, regardless of their work style and performance.
Yes, although the fast workers currently intentionally make their slower coworkers starve (also while compromising on quality and innovation), so how about that. They have done this for years. Payback is a part of righteousness.
What is righteous about revenge? Does revenge not make you like the people you resent?
like the idea of the article. however, it gave me bad vibes. this “virtues” only use is to have moral high ground over other “virtues” instead of deconstructing intelligence as a whole.
why is it bad that the person with the highest IQ does puzzle columns? are all people with IQ supposed to be doing groundbreaking research? can you only do groundbreaking research if you’re intelligent?
i think the real virtue here is not “slowness” but rather persistence. what do you think?
> are all people with IQ supposed to be doing groundbreaking research?
I don't know about "supposed to", but... it's a reasonable hope or expectation, right? That someone with extraordinary capabilities would want to use them for some extraordinary benefit for mankind. I appreciate vos Savant's contribution to public knowledge, but if you have the ability to make your name by progressing something extremely challenging (like the Riemann hypothesis) then wouldn't you want to try that?
Reminds me of that scene in Good Will Hunting where Sean presses Will on why he sticks to manual labouring when he's far smarter than highly trained university professors.
I agree that it's a reasonable hope but not an expectation. I don't think it's fair to put that type of pressure on someone, and I don't want to assume that's necessarily what you meant.
I don't know if you read "Flowers for Algernon" but that's what I think about when discussing highly/exceptionally intelligent people.
That's totally fair. I didn't mean "expectation" in the sense of social pressure, but rather that it's likely that someone would want to use their skills in that way.
"Development is the execution of a map toward a goal while research is the pursuit of a goal without a map."
Uhm? That's not my definition of development. Actually the word itself has different meansing - see development biology, from a fertilised egg to some adult animal. But even if the context here is meant for planning research, ALL research also has steps. For instance if you write for a grant, you have to lay down the idea(s) in more details, then after you gotten the grant (hopefully), you will continue to do more planning. So there are definitely planned steps here too. You just can not always plan results or success; see the discovery of penicillin. While it was not 100% random, it was still more of a side-finding than a planned finding.
Also, slowness ... I don't think slowness in and by itself is a virtue. Some things are more complicated and take time to realise. See how Darwin drew the first tree of life with a pencil or pen. Reaching this point in time took some prior thinking.
Having a website that’s legible with DarkReader is a virtue this article sadly does not espouse.
I saw another post here saying speed-work is important. It's neither slow-work or speed-work. Stop making these generic blind rules. Just go by what's needed for the context. Keep your eyes open, not to these kind of rules, but to what's going on around.
its a timeless virtue.
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