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'Why' questions are verboten, I know. Really I am asking for literature about why such a vast amount of progress happened since about 1900 versus all the time before that? I mean, there was an "atom theory" 2500 years ago.

An example of what I am looking for is what I heard in Edinburgh, where the Industrial Revolution started about 200 years ago. I was told that John Knox brought the new ideas in Presbyterianism and that altered how education and commerce happened, enough so that new inventions could be supported and spread. More open-mindedness, about anything, especially religion at that time, opened more opportunities.

So, what was going on mentally for humans after James Clerk Maxwell had written some equations and while Einstein was still a patent clerk, to go from no radio or electronics, to us holding computers and landing autonomous rovers on Mars? Was it simply that technology became profitable in ways it hadn't been before, or did it have to do with ideas and attitudes spreading, like in Edinburgh before?

I'm mainly wondering why if good ideas arise, they are not acted on? Why did it take 2300 years for us to go: Oh, yeah, the atom? If philosophy sat on the sidelines and had nothing to do with this sweeping social change, I have to ask why it is relevant?

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    A question can get a net of 6 upvotes, but be closed as 'off topic'. Doesn't Plato's Republic echo these concerns, but with less information about history than we have? It is sociology, but the lesson, the abstraction from the past about how to live well together, the nature of the good life, is pure philosophy. Voting to reopen. Was closed for boring small-minded reasons, that represent a narrowing of political philosiphy from it's historical domain. Imagine Machiavelli saying 'Why one state has suceeded in conflict against another isn't philosophy'. Ridiculous. Learn history, or repeat it.
    – CriglCragl
    Commented yesterday
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    @keshlam "I think it's time to try some unnatural philosophies"
    – Scott Rowe
    Commented 9 hours ago
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    @ScottRowe: Or at least for those still doing philosophy to admit that it's an unnatural act...
    – keshlam
    Commented 9 hours ago
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    Macchiavelli's breakthrough, as I understand it from Ada Palmer's book Inventing The Renaissance, was in realizing that the idea upon which the (self-declared) Renaissance was founded -- that creating an educated upperclass steeped in the (perceived) virtues of the ancients would recreate ancient glory -- broke down when faced with a charismatic leader who was willing to violate the social norms (reciprocal obligations of the patronage system in particular) to achieve his goals. [Highly recommended. Ada is a historian, teacher, and novelist, and it shows. If more texts were this readable...]
    – keshlam
    Commented 8 hours ago
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    That thought occurred to me, halfway through the sentence. Of course the outcome depends on what, if anything, that leader wants to achieve besides ego-boo.
    – keshlam
    Commented 8 hours ago

7 Answers 7

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"For Scotland I sing,

the Knox-ruined nation,

that poet and saint

must rebuild with their passion."

-from the poem For The Islands I sing, by George Mackay Brown

There's an interesting counterfactual, Why no Roman Industrial Revolution? (this essay lists some links as a starting point on the topic). I would say the arguably pretty close victory of the Union forces over the Confederates is informative: slavery and land ownership can produce powerful forces defending the status quo around them, but, technology outpaces them, and in any extended war will win out. See also the Axis forces which embraced slavery, against the Allies that pursued science for advantage.

The salutory case is, why the country that invented gunpowder, magnetic compasses, and canal locks, which Francis Bacon called the cornerstones of the Modern Age, was not where the Modern Age began - namely, China, which has had the largest cities in the world through most of human history. The work of Joseph Needham on this has led to this being referred to as the Needham Question. The Chinese Treasure Ships of the 1400s reached at least as far as Yemen, and possibly as far as South America. After the death of the Yongle Emperor who ordered them, the civil powers took greater control than imperial ones, and as Wikipedia puts it "local authorities and elites had economic interests antagonistic to the central state control of commerce, since the state-sponsored maritime enterprise had been key to counterbalancing localized private trade". China turned away from most foreign trade despite highly prized goods, seemingly as a way to reduce foreign influences, and shifts in power that could come through the wealth generated. So basically, the highly unified Chinese state was able to prevent change. We see a similar thing in Japan under the unified and powerful Tokugawa Shogunate, which ejected Christian missionaries and ended nearly all foreign trade by central decree.

Compare those to the 'disunited states' of Europe. Weber famously in his 'The Protestant Ethic and the Spirit of Capitalism', related the changes to the ethics of Protestantism about working in the world, but it is more than a century old and there are many issues with his ideas to modern eyes. Jared Diamond in his 'Guns Germs and Steel' makes the case constant warfare, specific diseases especially cholera and smallpox, and specific mineral resources gave Europe a huge edge when making contact with new regions - it's estimated 95% of the population of North America was wiped out mainly by disease soon after European contact, so many the reforestation impacted global temperatures. But there are issues, like Africa having the world's largest mineral resources (like supplying nearly all the gold used in the pre-Modern era), and plenty of warfare, and plenty of diseases - the early sea trade to China had a lot to do with East Africa too.

Jonathan Haidt talks about the difference between cultures mainly focused on herding, versus agrarian ones that depend on rice and wheat and so on. The first tend to have honour cultures and feuding, like Afghan hill tribes who saw off the USSR and more recently 20 years of US occupation. Then you have ancient Mesopotemia, Egypt, and China, with seasonal floods and natural irrigation, who produced the first cities, the first writing. Europe has a very varied landscape, and even at it's most unified under Ancient Rome they hadn't taken a lot of Northern and Eastern Europe. Areas that Goths and Vikings later came from, showing the danger. It's said that after the fall of Rome no average citizen lived as well until London in the 1720s, a staggering gap. Europe had lots of pastoral and agrarian cultures intermixed. The many small principalities prevented resistence to change, because those who changed in ways that gave substantial military or economic advantage, won wars. The rise of banking in Venice, despite the Christian prohibition against usury, is a really clear example of this. And the real end of the supremacy of Spain and Portugal who began the era of Colonialism, was the adoption of joint-stock companies by Britain and the Netherlands to manage the risks of spice-trade voyages - this despite the wealth involved gradually ending feudalism, and the power of land owners.

Joseph Tainter in 'The Collapse of Complex Civilisations' points to a somewhat gloomy prospect. He suggests perturbations will come along, natural disasters, climate change, and especially the using up of resources and destabilising of conditions. Each time that happens, a civilisation must typically get more complex, and as they do so the human-made parts of the challenges get harder. Trust across a society can often be hard to quantify until there's a crisis. I suggest that reforms due to Magna Carta and the English Civil War, gave Britain a definitive edge in political stability over France. China has faced periods of floods throughout it's history when everyone had to labour to address the challenge, and the Netherlands similarly always faced floods, and undertook huge land reclamation projects. Japan has always faced more earthquakes than anywhere else, followed by mass mobilisation to find bodies and rebuild. These activities helped build yrust, like the 'Blitz Spirit' in Britain. Ancient Rome did not rebuild, could not reconstitute itself meaningfully, or absorb the new rulers like China did the Mongols - that is what Tainter calls 'rapid simplification', or civilisational collapse. And, it's not the exception, it's the norm. It seems the challenges get exponentially harder. Things that tend to drive them, like a tragedy-of-the-commons in regard to resources, sudden changes in climate, and scaling up of military conflicts, look to be converging on us in unprecidented ways, and that's without even considering the threat of a nuclear winter. Which regions have relative equality and trust, will likely be the ones that can face the changes - I think of the failure of trust on racial lines during and after Hurricane Katrina in New Orleans, as emblamatic.

In summary, a balance between stability and instability is needed. Relative equality, and widening participation in politics and government, give long lasting benefits. Like Scottish universities were open to people who weren't baptised Church of England unlike Oxford and Cambridge, and responded to new subjects and the needs of industry much sooner instead of holding to an outdated Classical education in Greek and Latin based on looking backwards. There are patterns, trends. But I think of Archimedes, DaVinci, or The Wizard of Schenectady, and it strikes me that above all offering capable people opportunity to innovate, is the biggest cumulative factor. And, I wish it seemed like we were getting better rather than worse at it. And if we can't tackle accelerating rises in inequality then almost the only things that changed that trajectory in the past will happen: pandemics, war, or civilisational collapse.

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  • Ejecting people and closing off the country sounds like a losing strategy. One man's fireworks is another man's 500 pound bomb. The main thing I wonder about is if there is technology available, why isn't it used? Why do ideas languish for millenia? Don't people want an easier and better life?
    – Scott Rowe
    Commented 2 days ago
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    @ScottRowe: It's a myth that China didn't use gunpowder militarily, a kind of bamboo canon/mortar was key to making the Great Wall effective. The first steam engine the aeolipile was invented more than 2 millennia ago, but it was seen as a toy. Similarly Mesoamericans seem to have used wheels for toys since as early as 200AD, but didn't use them for carts or wheelbarrows - landscape is an issue. You need social change, like war, the Black Death, or Britain losing the spice trade to the Netherlands & having to 'fall back' on selling textiles to India, for investment in clever people
    – CriglCragl
    Commented 2 days ago
  • People don't try until things get hard? Complacency? I'm always trying to improve things.
    – Scott Rowe
    Commented 2 days ago
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    I accepted this answer because it mentions that education changed in Scotland, which had some relevance to what I wondered about, and it is related to philosophy. I often look for what specific thing in a situation makes it turn out differently. With many cultures across time and the globe, why did this thing happen here at this time? Some factor has to be critical, right? You can have all the ingredients, but if someone doesn't stir, it won't happen. 200 years ago, Michael Faraday was experimenting with a compass and coils of wire, and here we are holding supercomputers.
    – Scott Rowe
    Commented yesterday
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    @ScottRowe: But read about Faraday's life, or Maxwell, or Hooke. A few weirdos, had insights that built our world, even against their own interests. It is a huge thing, to build a culture that can let weirdos influence it, even against the distaste of the elite. Imagine a world where higher education is free, where anyone with a good hypothesis can get funding (even if Jewish like Einstein or Feynman, both of who's careers that heritage nearly scuppered), where obvious financial gain isn't the arbiter of what to try & understand. Greece, & London, celebrated a good symposium, or lecture.
    – CriglCragl
    Commented yesterday
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My two cents, why 1900 was a turning point..

By 1900 we already knew calculus, chemistry, germ theory, Maxwell’s equations—stuff that tells you what’s even possible. Inventors weren’t fumbling in the dark anymore, they had a map.Then cheap, crazy-powerful energy - steam engines, then electric generators, then oil-burning engines gave one worker the muscle of a hundred. More available power = more machines worth building.

Then... patent laws, stock markets, limited-liability companies -- let tinkerers and investors share the payoff instead of the hangover. Suddenly “Let’s build a telegraph network” sounded like a business plan, not a joke.

What else..

Mass literacy and the modern research university turned “knowing math” from a priestly talent into a middle-class expectation. Millions of minds could now join the problem-solving party.

And yeah.. Cram a lot of specialists into London, New York, or Tokyo, give them trams and coffeehouses, and they can’t help but bump ideas together. The more people, the more cross-pollination.

Connections... First the penny post, then telegraph wires, telephones, airmail, and finally the Internet. When sharing an idea drops from months to seconds, iteration goes into hyper-drive.

So here we go - snowball effect, each new discovery makes the next one cheaper and quicker. More tools → faster breakthroughs → even better tools. That’s why the curve looks exponential.

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    So, basically what is called "network effects" now, just the size of the interaction realm, and the increasing speed of communication? Or maybe the electric grid as the most significant enabler of technological change? Without electricity, everything is much harder. (except ice cream)
    – Scott Rowe
    Commented 2 days ago
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It's just the absolute quantity of folks with resources and leisure and freedom to pursue science. I mean the Romans had resources and leisure and freedom, but there were like several dozen million people in the whole empire, and most of them spent their days farming.

What with industrialized food production etc, we just have the resources to field enormous cohorts of people whose time is dedicated solely to scientific pursuits, including improving technology. There are about 7 million people with at least 16 years of education doing STEM jobs in the USA. This is an absolutely ludicrous number of highly educated science-and-technology focused folks compared to pretty much any past age.

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    "An army travels on its stomach", and so does social progress apparently. Formal education helps, but many inventors have been partly self-taught.
    – Scott Rowe
    Commented yesterday
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Communication & Cross-Fertilization Of Technologies

Technological innovation was applied across many fields of industrial and consumer endeavor. With more immediate communication between scientific community and between manufacturers, developments in one field often had an improving effect on those in other fields. For example, developments in materials science became enabling technologies for developments in engines, electronic instrumentation, aerospace, etc.

Conflicts

Since the American Civil War, a combatant's winnability was more strongly related to its industrial capabilities, i.e. industrial resources, scientific skills, plant productivity, quality, efficiency, etc, than to its population mass or natural resources. The global scale wars since then accelerated technological developments through manpower focus, technological goal focus, R&D budget increases and commercial spin-off possibilities. Post WW2 technological developments owe a lot to Cold War distrust and the need to avoid being dominated by the defense/war technologies of other nations. The massive technology boost resulting from the Space Race is a classic example of the latter.

Economic & Societal Factors

Economies (at least freely trading ones) of the 1900s prospered or failed through the competitiveness of their manufactured goods versus those of other nations. This generated a push to democratize education - particularly towards vocations useful for a successful economy. Other things being the same, the more technologically proficient a population is, the more successful the resulting economy will be. Indeed some technologies like fMRI have been successfully applied to education-related fields previously seen as pseudo-sciences like psychology.

Consumerism & Market-Led Manufacture

The 20th century was the first century where direct and mass advertising played a major role in generating, sustaining and developing new demand for manufactured goods and services aimed at individual consumers. The field of marketing itself developed extensively to the point that consumers' needs and desires were actively sought out by manufacturers who then set about satisfying them via the various technologies involved in order to sustain their own profits.

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The real answer is coffee. We would not have gotten far past Euclid if it weren’t for this amazing, brain-stimulating brew (some even classify it as a drug), which I personally think tastes ten times better with cream.

The second factor was those crazy, bloody wars, World War I being more important in this regard than World War II. Planes were refined and produced in factory-scale quantities as a result of WWI. All kinds of engines, tanks, radio tech adnances as well, and most importantly, instant coffee. It was difficult to have boiling kettles in the trenches so the Brittish War Department invented this awesome instant variety of coffee that some say is trash, but I think is not so bad.

The most rapid rate of technological invention ever (as far as I know) took place during the Blockade of Leningrad (modern-day St. Petersburg). Sometimes an engineer would come up with an idea, and literally three days later a working device to detect slight ice vibrations would be in use on the battlefield. They invented new fuels, mechanical lubricants, medications, and surgical techniques/tools in under a week. However, I would like to discourage you from looking too deeply into this episode of WWII, because it remains one of the darkest, saddest, and most depressing pages in world history.

Regarding the scots, yes — they did play an important role in shaping the modern world, and they are underrated in this regard. Ninety-nine percent of philosophers still think that Hume and Adam Smith were English. There is a great history book on this subject called 'How the scots invented the modern world'.

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    I think @groovy's answer is a better one, but war (hot and cold) did provide a huge additional motivator and funding source. And source of cheap lab equipment; "army surplus" is drying up now but for decades was a cheap way to get optics and some other basic lab supplies. (I really miss what Edmund Scientific used to be.)
    – keshlam
    Commented 2 days ago
  • Yes, coffee. I read that 90% of the world's people use caffeine on a daily basis. (and the rest are lying) Well, at least my name is appropriate.
    – Scott Rowe
    Commented 2 days ago
  • Lloyds of London, the first shipping insurance company, began as a coffee house. Solid argumenys can be made, that Capitalism arose from the switch from beer as social beverage, to coffee. Personally I think if the coffee is good, drink ot neat, the same with tea. Milk & cream are for amending inferior products & preparations.
    – CriglCragl
    Commented yesterday
  • On the Mamayev Kurgan their own dead buried them Ragged all in the ruins of dark days were hurled Arm-on-arm bullet-on-bombshell they buried them Those cold days pivot to the might of the world A blizzard of wings & steel under flare light Organ-ground & snipered-down they crumbled A red tide poured into the maw of the night In Stalin's city that Reich first stumbled It wasn't the Allies who that dark tide turned But Russians and Germans 30millions of them Who beat down that fire from when the Reichstag burned It was in Stalingrad where their own dead buried them
    – CriglCragl
    Commented yesterday
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My theory as to why rapid technology took place

  1. Funding. Increase in budget for R&D
  2. Synergy. One tech complementing the other. Positive feedback loops.
  3. Demand. People are willing to pay well for a good gadget
  4. Media. Memetic sharing of ideas via TV, books, internet
  5. Capitalism + ?. Rewards innovation and punishes complacency
  6. Peace. An overall peaceful period in history
  7. Education. More people are scientifically literate.
  8. Saturation. Older tech fills all available niches
  9. Religion. Its influence has waned
  10. AI. A new beginning ...

The utility of AI has been a big story in the news. From the newsfeed it seems that there is no area of human activity that can't be improved with AI. However, philosophy doesn't seem to have been invited to the party. ??

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  • "philosophy doesn't seem to have been invited to the party" - what dreams may come to take its place must give us pause. The future is the undiscovered country, from whose bourn no traveller returns. It puzzles the will, and makes us rather bear those ills we have, than fly to others that we know not of.
    – Him
    Commented 4 hours ago
  • A barber, a razor, a cold water dip. All in a single trip. I look at you. You look at you. Clear is the sky. The clouds on holiday. :)
    – Hudjefa
    Commented 3 hours ago
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Didn't see this in any of the answers, so decided to add my two cents.

Viewing technological progress through the lense of period-doubling bifurcations can also be appropriate to describe technological progress. From hunting/gathering to farming it took, give or take, roughly one million years. From farming to industry it took roughly 10000 years. From industry to computers it took roughly 100. From computers to internett, 50 years. From internet to AI, 25 years (note that these are rough estimates as the exact periods aren't particularly relevant to this general argument).

The rapid onset of technological progress can be seen through this lense as a necessary outcome of the interplay of humans and environment. So every technological advance sufficient to alter modes of production creates a bifurcation, and the previous advances increases the potentital for affecting the modes of production even further.

You can also view every technological advance that doesn't generate a bifurcation as steps along the way, but not significant enough to cause another bifurcation. Similar, in a sense, to Kuhn's paradigm shifts.

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