To the parent: actually I think this "death of decoherence" pretty closely matches the Buddhist doctrine of interdependent arising, so not sure about the disagreement there.
313 karma · joined November 15, 2017
To the parent: actually I think this "death of decoherence" pretty closely matches the Buddhist doctrine of interdependent arising, so not sure about the disagreement there.
New features mean new sales opportunities, good for the company but not good for the user.
The problem with adding features to MVP is that when we ship more complex products like complete operating systems that are packed with programs, the complexity of the individual programs contributes to the complexity of the whole.
Not sure how to solve that particular problem though.
This made me think of a blogpost linked on Hacker News when Joe passed away: https://github.com/lukego/blog/issues/32. This part seems relevant here:
Joe wrote amazingly simple programs and he did so in a peculiar way. First he wrote down the program any old way just to get it out of his head. Then once it worked he would then immediately create a new directory program2 and write it again. He would repeat this process five or six times (program5, program6, ...) and each time he would understand the problem a little better and sense which parts of the program were essential enough to re-type. He thought this was the most natural thing in the world: of course you throw away the first few implementations, you didn't understand the problem when you wrote those!
Also your "more compelling argument" is contained within Summer's argument: Flint is way worse off than Arlington, this is bad, here are some ideas to fix it. He even goes on in the last paragraph to say:
These may or may not be the best ideas for enabling people wherever they live to share in U.S. economic progress, and they are no substitute for addressing inequality more directly. But it is hard to see how we can bring about enduring improvement in the nation’s condition without addressing the needs of the tens of millions of Americans who live in places that are failing to catch up with the rest of our country.
I don't totally disagree with you btw. Pretty sure in that interview with Hal Abelson someone mentioned above, he admitted the book leaned a little heavily on calculus because all MIT freshmen had to take that course, so it seemed a natural source for examples. Perhaps not as natural to someone who hasn't taken a calculus course in a decade (me). I still got a lot out of the book though.
What exactly do you mean by "decentralized information"? Like too many niches, social fragmentation, etc?
As to the article: good reading. I was always mildly curious why literary societies should grow around Robert Browning of all people. It's bewildering: America gripped by Browning fever? A children’s performance of Browning’s Pied Piper of Hamelin drawing more people than a baseball game...in TEXAS?! Truly the past is a foreign country.
The clip doesn't show it, but Burke in the documentary makes the same connection as the article, but in a little more detail. He goes from Jacquard -> Babbage -> Hollering ( who used punchcards for the 1890 census), who founded the company which later became IBM.
Really fascinating to watch Burke pull up existing pieces of the modern world and examine their roots. Most of the time, it reveals that most revolutionary innovation was just a variation/consolidation of existing technologies.
2. you mean 2.5k not 2500k. The latter would be a king's ransom for a wordpress site, even by your (apparently) high standards
1. learn the concept
2. break it into atomic question/answer pairs
3. define some dependence relation for all these pairs (X is foundational to Y and Z but not A)
4. input them into your SRS of choice
Each of these steps require significant amounts of time and brainpower. Also it would be harder if you were still learning the concept since you'd continually need to go back and redefine relations as your understanding grew.
On the one hand all this would be a great way to understand a subject. On the other, one could argue that it's very inefficient, and it would be better to not bring SRS into it all all. Compare this to say a vocabulary card, which you make, enter into SRS, then you're done. So far this (the vocab thing I mean) is the only SRS use-case that makes sense for me.
It seems he and I approach SRS very differently. I see it as a place to drop bits of information I want to remember, and once the info is in there, I no longer have to think about it, outsourcing the effort of remembering to the algorithm. He seems to use it as a tool to mentally digest a subject, constantly revising his understanding and readjusting his cards. That process isn't foreign to me, but I prefer to use something besides SRS for it. If I had to constantly revise my cards, that would seem to defeat the purpose of using SRS anyway.
Very interesting to get a different perspective on this though, so I'll have to think more about his approach. I'm also interesting in the creation details of his math-cards. Does he use LaTex? Maybe he goes into it in one of his earlier posts...
Nowadays, unsubstantiated fears of monstrosities created by genetic engineering...threaten to slow down research and development in crucial areas, including coping with climate change.
One could respond that progress is responsible for climate change in the first place. Point being, fears about progress are hardly "unsubstantiated", and it is useful to step back from time to time and think about what we're moving towards. while true; do ls -d src/*.c | entr -d <cmd>; doneedit: i stand corrected