Teufelsdröckh's Musings

Teufelsdröckh's Musings

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  • Apocalypse Inbound: Underpopulation Part 2.1 - Examples from Developing Nations

    Population Pyramids of the Developing World, a few examples:

    I had planned to leave my discussion of real world cases where I finished in the previous part of this post. However, I worry that some will insist that I have deliberately excluded cases from the developing world, well let us take a look at some, to see if my claims about there being insufficient fertility hold up.

    Malaysia

    The Malaysian birth rate has been below replacement since around 2011, the mode of the distribution is around 21, below 21 there is a fairly severe drop back, indicating that Malaysia will look much like the previously mentioned developed nations within a few decades. Malaysia will soon need its population topped up, it won’t be topping up yours.

    Thailand

    The Thai population pyramid is already looking much worse than the anglosphere nations, it needs an injection of people immediately.

    Vietnam

    How about nam? Already hollowing out, no kids to nap here I’m afraid!

    India - It’s gotta be!

    Nope that’s right, India has flattened out. What happens when the bottom of this pyramid begins eroding?? Plus Muslim gangs already got dibs on the trafficking of minors in India.

    But what about Africa tho?!?!

    Yeah, Africa has population pyramids that look like the Nigerian one from the first post, but Africa has 1/6 of the worlds population, even if the world wanted to vampirically extract Africa’s youth there simply are not enough, of course the world does not, because everywhere poor Africans go, crime follows.

    Up Next

    Up next we will discuss the causes, those commonly prophered and my criticisms and then my hypotheses, regarding this subject.



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    2 min
  • Apocalypse Inbound: Underpopulation Part 2

    Population Pyramids, Examples of Demographic Collapse, Continued:

    The idea of the math in the second half of the previous post was merely an attempt to show how quickly your population will drop with a totally typical birthrate in an industrialised nation. In this post, we are going to discuss actual examples, in many cases said examples are worse than our hypothetical. Several nations have already gone through multiple generations of sub 1.5 birthrates and their G0 generations are getting ready to age out, Japan being the prime example, meaning that each generation from this point forward, the population will shrink by 25%.

    For now, we discuss examples and leave what I think the causes are for later.

    A few countries have tried policy measures to address it and none have succeeded in a really meaningful sense, there was some degree of hype around a Danish ad campaign encouraging children, people exclaiming all the government had to do was ask! The ad encouraged procreation to relieve the strain on the social welfare system and to turn mom into a happy grandma but it has not had any tangible effect.

    Russia

    Russia has had more aggressive policies, between 2007 and 2021 the Russian Government was offering those who had their 2nd, 3rd or further child, 466,617 Rubles, which going to pre-War volatility exchange rates is worth approximately $7,500, a payment which can be spent for renovations, the purchase of a home, the education of the child or a pension for the mother, this is very considerable since the median wage in Russia is approx $5,000, to put that into perspective the median income in the United States is roughly $30,000, so this would be akin, if we take a very rough first order approximation, to the US Government granting $45,000 for housing, education or pension of the mother for the birth of second or further children, that is not meant to be an apples to apples comparison, it is just meant to illustrate 466,617 Rubles is a lot of money in Russia and a large incentive. Birth rates did go up during the policy for a while but they were already on an upward trend after sustaining a heavy hit in the post-Soviet period, reaching a low just above 1 births per woman in the late 90s. The Russian birth rate then recovered and peaked in 2015 at 1.78 and has since been heading down, in 2019 it was 1.5 births per woman.

    I am not one to say for certain that demographics is destiny but given everything else going on in the region at this time and how dire Russia’s population pyramid is, well, it’s impossible to say things are not going to become dire there in the coming decades. The largest hump is in the middle of crossing the line into infertility. Within a couple of years, the situation will be totally irreversible and it is almost certain that nothing can be done to remedy this short of putting people into some form of an anti-extermination breeding gulag, the breeding archipelago, I would not put it past the irony of our age but it seems unlikely. Given this it is quite possible Russia will be a failed state within a few decades, though they may be able to survive if they can acquire the skilled workers necessary to run their oil and natural gas operations.

    China

    The Chinese government has too belatedly recognised the problem, ending the one-child policy in 2016 and instating a two-child policy, before last year in August creating a three-child policy, recognising the country’s demographic conundrum. The CCP is now actively encouraging people, with tax and other incentives, to have more kids but the population is not responding how the government would like. Right now China only sits at a birthrate of just 1.15,

    Quote: “China’s total fertility rate (births per woman) was 2.6 in the late 1980s – well above the 2.1 needed to replace deaths. It has been between 1.6 and 1.7 since 1994, and slipped to 1.3 in 2020 and just 1.15 in 2021.” Unquote.

    — World Economic Forum ARTICLE by Xiujian Peng

    Remember this is coming from the WEF, who in general, if we were to generalise their views, think the world is overpopulated.

    If we look at sources less committed to this view, it is becoming clear that the Chinese government overcounted the last census by 100 million people and that 100 million was overcounted in their younger demographic and so the population of China, which even the official numbers say has almost stagnated, likely peaked sometime in the last 10 years. This comes from a pessimistic Reuters article, but also from Peter Zeihan, whose whole analysis revolves around a contrarian view of China, agrees and recently said the following on the Modern Wisdom podcast,

    Quote: “Best guess, is that China only has 1.3 Billion people now, the population probably peaked more than 10 years ago, and by 2030 there will be more retirees than workers and by 2050 the entire population of China will have dropped below 650 million.” Unquote,

    —Peter Zeihan, Modern Wisdom Podcast

    Because Zeihan’s analysis and mystique have a lot to do with him saying things in China are much worse than you think, it is possible that this is somewhat of an exaggeration but my guess is that it is not a major one. Because of the number fudging the population pyramid for China below is likely much worse,

    With the demographic situation as it currently stands in China, combined with China’s economic interdependence with the world economy it is hard to imagine a bright future for the Chinese. A turnaround here is practically impossible as well, the next 30 years for China will be bad, they are going to lose their advantage in terms of cheap labour and have extraordinary headwinds from their demographics. How, precisely it is, that the overpopulation people think we are going to address this situation, is well, it’s a mystery because they pretend like the situation does not exist. If you are thinking well we can just import some Africans to top up the Chinese population, then, you don’t know much about Chinese racism, now do you?

    I think the Chinese, like the Japanese, are going to be fairly opposed to the idea of diluting their homeland with foreigners, especially poorly educated ones they despise. I think that overall the quality of the Chinese population is much higher than the quality of the Western population, I think that China actually does make stuff, that is much more than can be said for the West, but if its demographics take a turn this bad and it becomes uncompetitive and the world deglobalises, China thus no longer has access to the raw materials it needs for its industry from other parts of the globe, how then is it going to function?

    Japan

    Japan is the case everybody points to when they think of bad demographics. As you can see from looking at the pyramid above Japan’s situation is totally bonkers, its population is already decreasing and is set to begin decreasing much more rapidly in the coming years. Japan has had complete economic stagnation for the last 25 years, their GDP has been bobbing up and down around 5 Trillion US, they are known for their negative interest rates. Things would be much worse if the Japanese people did not work like maniacs. In top companies, many work 60, 70 or 80 hours a week, and much of this goes unreported and unpaid, this is the future that awaits other countries that head toward such demography.

    Japan’s birthrate has been just below replacement since about 1960, it bottomed out in 2005 at 1.26, recovered up to 1.45 by 2015 and has since declined to 1.30. Some have inverted the causality and said that economic stagnation is what has led to decreasing birthrates but birthrates in Japan began declining long before the economic stagnation, in fact, it is in Japan’s poorer regions that people have more kids and in Tokyo where they have the least. This is indeed also what we see in other countries too.

    In The West

    Italy

    Italy, okay well, what do you want from me, just look at this, the population is completely cooked. The GDP per capita is lower there today than it was in 2005 and it is going to continue trending downward. Italy’s birthrate has been around 1.3 for the past 35 years. We can see the widest/fattest section of Italy’s population is going into retirement in the next 10-20 years, meaning the country has only just started feeling the pain.

    Germany

    How about the powerhouse of Europe’s economy, Germany? Germany is doing better but still bad. Their birth rate has varied from 1.5 to 1.3 over the last 50 years, currently sitting at 1.54. However, again, most of the population is about to retire.

    The Greying or Browning of Europe and the EU

    The EU as a whole currently has a birthrate of 1.5, and much of Europe is about to start declining in population, in other words, many of the countries in the EU have been below replacement for several generations. Combining this extreme economic headwind with other rash decisions regarding electricity generation as well as general regional instability the future of the EU is uncertain and peace in Europe in the coming decades is equally suspect.

    As parts of the developing world destabilise rapidly, due to political breakdown from deglobalisation and an inability to acquire their energy and food needs on international markets, we can expect a new, far greater, wave of migrants coming from the Middle East and Africa, with less competent and less capable nations, receiving them. No doubt such migration will cause much more serious political tensions this time around, especially between East and West.

    This is likely the best time in the history of Europe from an economic point of view, it is not going to recover from this high for many decades. The nations of Western Europe, are going to be hit even harder because of their higher life expectancy, the percentage of the population that is unproductive is far greater, adding further headwinds.

    The Anglosphere

    The Anglosphere generally has better demography due to an increased willingness to accept immigrants to supplement its population and in the historically European-descended populations slightly higher birth rates.

    The United Kingdom

    The United Kingdom while dipping under replacement some time ago has tended to have higher birth rates than the continent. It has also had relatively high immigration and the 1st and 2nd generation tend to have higher birth rates than native brits.

    The United States

    As can be seen, the population pyramid of the United States is much less concerning and indeed I believe it is for these demographic reasons, as well as innovation in technology that is the cause of the United States continuing to experience growth over the last decade when compared with Europe, which has largely stagnated. The demography of the United States is changing, the historically European populations in the United States have a similar birth rate to their European counterparts, although perhaps slightly higher, it is really the Hispanics and Blacks that are driving the birthrate in the United States, however.

    Immigrants both legal and illegal, of which both amount to around 47 million according to Wikipedia, this almost certainly undercounts illegal immigrants and so is quite possible this number is much higher. In any case, the 47 million foreign-born account for around 15% of the US population. According to United Nations, this is around 19% of the world's total 244 million international migrants. If we, quite reasonably, increased the estimated number of illegal immigrants this could be as high as 20% of the US population.

    It does appear like the birth rate problem is starting to affect the US near the bottom, however.

    Australia, New Zealand and Canada

    What is true of The United States and Britain in terms of immigration is even more true of Canada, New Zealand and Australia who respectively have foreign-born populations of 21%, 28.6% and 30%.

    The three of them actually have fairly low birthrates in terms of local non-foreign born populations but this is set off by extreme immigration. This can be seen from the bulge in their population as you head into the 20-30 age bracket

    The Anglosphere is certainly going to fare much better than Europe in the coming decades, however for cultural reasons and because plummeting birthrates are becoming a Universal phenomenon it is simply completely unfeasible to claim the world can solve this problem the way the Anglosphere currently is. I mean the Anglosphere is currently committing cultural genocide against itself, there are many places and people who would rather die than do that, but even setting that to one side, where is one going to find the half a billion people China needs in order to stabilise its population? The Anglosphere currently gets to import the most talented people, or at least people without criminal records and people with University degrees, even if they are shitty ones, there just are not enough people for China to do that, especially when the birth rates everywhere are going down.

    Population Collapse, Civilisational Consequences

    Population decrease is a slippery slope, and at this point in time half the world is about to start flying down the mountain, we can all expect the economic situation of Japan to become our own. In far shorter order than you might expect, but we can expect more societal breakdown, much more rapidly because none of the nations in the Western World has anything comparable to the discipline and social cohesion of Japan.



    This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit cauchy.substack.com
    15 min
  • Apocalypse Inbound: Underpopulation Part 1

    Introduction:

    Many have asked me to elaborate on what I mean when I talk about the underpopulation crisis and so rather than continue to respond to a great many people via direct message I decided it warrants a dedicated post. If you too have this problem perhaps you can share this post with your friends when they ask you about it.

    This post does not seek to be an entirely comprehensive discussion, this is because I have other more interesting topics I want to focus on and I have a lot of other projects, as well as work and tutoring which are taking up an unfortunate quantity of my time but also because the subject matter is straight-forward. To anyone who can suspend their emotions and ideological precommitments to view the subject rationally, it is obviously a serious problem—which is the main reason I am bothering to spend the time addressing it.

    Laying the Groundwork,

    Addressing the question of how to prioritise what the human species ought to care about is to smuggle in the assumption of the continued existence of the species itself. Why be concerned about prioritising anything if you think the entire enterprise is meaningless? Therefore if you care about the future of the human species, then before that you care about its survival. The same logic goes for the project of human civilisation, before you talk about what civilisation should do civilisation needs to exist.

    First, the goal is to look at the system and broadly classify its solvability on the basis of experience, if one concludes there is no method of understanding the system dynamics by axiomatic deduction, mathematical reducibility or emergent principles of complexity then one decides to analyse the boundaries, extrema or constraints, in fact, this is almost always a good idea for any system. This type of analysis is performed in a lot of fields and is given different names, although it is the tendency of people to not generalise it to all types of problems. One might ask in materials science or civil engineering how wide a range of temperature variation is permissible in order for the device or structure to remain unaffected or experience negligible distortion for the application at hand. That is to say, we ask how far can the base parameters which seem to play a role in the dynamics of the system be changed before the system breaks down.

    The Issue

    If we ask this in the case of civilisation the answer is fairly clear, the answer is obviously that in order for civilisation to persist a human population must exist. This is all just to say that before we worry about anything else we have to worry about the continued survival of the species and before we worry about liberty we need to worry about whether a society that can support liberty is capable of sustaining itself under certain conditions.

    When it comes to analysing the population, you can have two extrema, 0 and saturation. Saturation is when a population utilises its resources to sustain the maximum population, this is the Malthusian Trap, no matter how much more food you are able to produce eventually the population will expand to reach saturation. Population growth is generally sigmoidal, that is to say, it has the typical S-Curve shape. When the population is low and it has access to lots of resources it grows quickly, nearly exponentially, when a population has nearly consumed all resources then growth becomes negligible.

    This is all assuming that populations will continue to expand to saturation, however, if the situation is reversed, which it now appears to be for humans, then instead of the fated progression toward saturation, you will have a fated progression toward 0. Obviously, the dynamics are more complicated than this, but once you start heading down just like you get aggressive sigmoidal/exponential growth on the upswing, on the downswing you can get sigmoidal/exponential collapse. We will talk more about this shortly, for now, let us take a look at some population pyramids to visualise what the problem is and why people are talking about it.

    Population Pyramids, Examples of Demographic Collapse

    Population pyramids show the population on the x-axis, each bar up the y-axis represents a year of age or set of years, often split into male and female on the left and right. They are called population pyramids because typically they look like a pyramid, with the vast majority of the population being young. Throughout history people would die from all causes at a higher rate, provided we consider age irrelevant to the probability of dying from all causes, this turns out to be a less bad assumption than one might immediately assume, then we get the memoryless property, so our survival function is a negative exponential, that is to say, that the probability of being alive exponentially declines as we age.

    Modern medicine has changed this, it has a tendency to push everybody through, up until the age that most get cleaned up by diseases of aging that medicine has failed to solve. With people living older than they have in the past, the pyramids, stop looking like pyramids, if you look at the top of most though you can see a return to a much more aggressive exponential decay. That is not the only effect at play, however. People are also having fewer children in every industrialised nation, this is not a problem that has gone entirely unnoticed but since it runs counter to the Cathedral’s narrative, namely that population growth is unsustainable, its implications have been ignored.

    To build a bit of intuition for how the negative exponential dynamics of decline work, not age-related mortality, in fact entirely ignoring that for the minute, let us make the following assumptions; if we say there are 4 generations alive at a time and over the course of the last 4 generations there has been a birth rate of 1.5 births per woman then that means we have a ratio of 3/4 for the population of the younger generation to that of the preceding generation since we assume women are roughly 50% of the population. Therefore for replacement, we would need 2.0 births per woman, 1 to replace themselves and another 1 to replace the male population, actually in general people say 2.1 is a preferred number due to some individuals dying before they are able to reproduce and due to infertility in some.

    A Mathematical Diversion

    If our ratio is 3/4 or 1.5 births per woman, which is higher than most Western countries and is certainly higher than the birthrate of the native populations in almost every Western Population, then this is the base of our exponential, giving us the following rough description of generations,

    If we say each generation is 20 years in length and people die spontaneously when they reach 80 and then we choose an n and add up the terms for n, n+1, n+2 and n + 3, with the caveat here that because we have decided to only worry about n as an element of the natural numbers that we always start when the oldest individual in the oldest generation has just turned 80 and is dying and there is a new person about to be born which will be the first member of a new generation.

    If we assume that the G2 is responsible for looking after G0, then already G2 is half of G0, this places a fairly extreme expected workload upon those who are in the younger generation, facing up to the reality that the old are not productive one has to wonder how such a system will function, continuous economic depression appears the only result, indeed this is what is occurring in the case of Japan, 20 years of stagnation and the only thing preventing complete collapse is the nation’s insane work ethic.

    In the above equation, Sn gives us the total number of people born in the generations up to and including Gn, where here a = G0 and r = 3/4. The number of people currently alive we could call Pn, and it is Sn+3 minus Sn-1 which is Gn + Gn+1 + Gn+2 + Gn+3, so Pn gives you the population of generation n to generation n+3 inclusive, so P0 is G1 + G2 + G3 + G4. Say if we want to know the population for the first set of 4 generations since birthrate began being 1.5 then we obtain P0 = S3 - 0 = (175/64)*G0 ~ 2.734*G0, of course, if we had perfect replacement we would expect 4*G0. So what does the population look like one generation later at P1?

    My phone is not working so I can’t take a photo of my working out but if you do 5 or 6 steps with the algebra you will arrive at:

    Substituting in our value of r = 3/4, we obtain after some simplification:

    or if you prefer

    So now we can ask how quickly does population decline, with the help of mathematica we can produce a table,

    The second row of the first column begins with n = 0, and indeed we can see we got ~2.734 as in above calculation of P0.

    If we want we can smuggle our (175/64) into P0 and rewrite the equation like this, we just need to remember that for P0 there have already been 3 generations of 1.5 births per woman, since P0 = G0 + G1 +G2 + G3.

    This little mathematical excursion was mainly to point out that decline compounds even if one just assumes a constant birth rate of 1.5. Although my contention is once you get this ball rolling it can compound in other ways too, reduced capacity in the system leads to cutting corners which causes further breakdown in a cycle, a fall and all the monsters from the edge of the world come roaming about. We’ll continue this apocalyptic discussion in the next instalment of this post!

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    11 min

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