Replacing fossil fuels.progress toward what?
In as much as China has become a renewable leader, they did not do that through strict emissions policies and eliminating coal plants proactively.
Replacing fossil fuels.progress toward what?
Towards less suffering in the long run. The point of living as a civilization/humanity is to suffer right now so the next generation suffers a little less. We are suffering allot less than the people in the 20th century, who suffer less than the 19th, etc.progress toward what?
Not really....most of the time it's in R&D...
For companies like SMEs yes, but most of the gains in the stock market is due to R&D like AI, and companies like the S&P 100 of which the MAG7 make up most of that's gains for a period of time which is heavy in tech. I am just pissed they didn't think to invest in non-AI products, and are overdoing it.Not really.
Savings and investments means mostly property (land, buildings, etc.) and the stock market. What it's really chasing is profits: think how much money is chasing profits that aren't really R&D-linked, like land and construction, mineral extraction rights, financial contracts, commerce, etc.
In corporations, R&D is often a relatively modest sum even in research-focused companies. For instance, Big Pharma is generally reckoned to spend more on advertising than R&D, which should be a sobering fact about how the world actually works. What you might argue is that investment drives productivity gains, much of which can derive from upgrades to processes and equipment from new technological development. However, even still, this sort of spending is a small fraction of total spending for most companies.
en.wikipedia.org
en.wikipedia.org
this is the impression of R&D, and it is driven by marketing.but most of the gains in the stock market is due to R&D like AI
I never said it wasn't.this is the impression of R&D, and it is driven by marketing.
Okay. So, the average price for a house (/flat, etc.) in the USA is $350,000, and it has about 150 million houses. That's ~$50 trillion purely in residential housing assets (although some of that it mortgaged, or otherwise leveraged.) That's useful to put in context the value of the MAG7, or even the entire stock market (~$70 trilllion). It's useful as an idea of where people put their money (although I did state "savings" in the last comment, and one can argue that a housing asset is not necessarily "savings" per se, it's someone's home.) All of this asset wealth has ways of turning profits, of being worth investment, that don't involve (much) R&D.For companies like SMEs yes, but most of the gains in the stock market is due to R&D like AI, and companies like the S&P 100 of which the MAG7 make up most of that's gains for a period of time which is heavy in tech. I am just pissed they didn't think to invest in non-AI products, and are overdoing it.
It has increased R&D whereas most of the rich would have just been landlords, brought commodities like gold, etc. They now buy compute organizations. And yes it has taken away from engineering, biomedical, and very likely academic research on many other areas. Which is why I don't like many of the US elites. Allot of white collar jobs are bullshit that's intended to market people things they don't need, and likely won't use. We also have too many managers, and possibly too many professionals. We need more medical workers like doctors, more qualified and dynamic teachers, material scientists, and even more aerospace engineers. Instead we get marketing people whose whole job is to consume the economy with little value added to society using Google Ads, opinion Youtubers who aren't teaching anything, and outrage farmers. We also have way too many people who ruin their lives on OnlyFans as most of them aren't earning a living wage.Okay. So, the average price for a house (/flat, etc.) in the USA is $350,000, and it has about 150 million houses. That's ~$50 trillion purely in residential housing assets (although some of that it mortgaged, or otherwise leveraged.) That's useful to put in context the value of the MAG7, or even the entire stock market (~$70 trilllion). It's useful as an idea of where people put their money (although I did state "savings" in the last comment, and one can argue that a housing asset is not necessarily "savings" per se, it's someone's home.) All of this asset wealth has ways of turning profits, of being worth investment, that don't involve (much) R&D.
I do accept that at the current moment, R&D-heavy firms are driving a lot of growth. However, they may also be a bubble. Also, I am curious whether AI has increased R&D, or whether it's more neutral because it has shifted money from R&D in other areas (so for instance there may be biotech or engineering start-ups starved of income).
I disagree with some of those.It has increased R&D whereas most of the rich would have just been landlords, brought commodities like gold, etc.
Compared to feudalism, before the 1900s, etc. Yeah. People just generally rent seek to earn 1-10% tier money, or gatekeepered their professions with guilds. Plus Walmart earns very little profit and you need food, and consumer goods to run an economy.I disagree with some of those.
US house prices, for instance, are going up. This is as much proof as you need that people are continuing to invest in housing. Gold has taken a tumble in the last few months, but it's still about $1000 an ounce higher than a year ago, so people are still investing heavily in gold. The US stock market is growing about as much as ever. Growth has been disproportionately from tech stocks compared to other, but the overall growth is pretty consistent with before AI becoming the hottest new thing.
Again, start thinking about some of the sums here. The big players (MS, Meta, Google, OpenAI) are probably spending around $50-100 billion a year on AI. There are then some notable smaller outfits (Claude, xAI, etc.) and the rest are chickenfeed.
Now consider that Walmart collects over $600 billion in revenue, which might be more than all AI R&D funding combined. So is the R&D investment really that huge?
This is all true, but it is worth pointing out that China's emissions per capita have not approached those of the United States. The differing energy infrastructure between the two countries casts doubt on the conclusion that the United States needs to expand coal and gas electricity production in order to make progress toward reducing fossil fuels. The answer to this question is quantitative.Replacing fossil fuels.
In as much as China has become a renewable leader, they did not do that through strict emissions policies and eliminating coal plants proactively.
I wouldn't recommend expansion, per se, at least not any more than economic forces already incentivize. I would just suggest that measures to artificially diminish fossil fuel usage, government limits and quotas, diminish productivity, which slows advancement. And also, other environmental policies will also inevitably but heads with renewables, as every energy source has some environmental impact. If you're afraid of nuclear waste, or worried about the birds, or against altering river habitats, so on and so forth, those concerns end up in opposition to decarbonizing. It's the paradoxical reality that people focused on preserving the environment can in fact make things worse for the environment.This is all true, but it is worth pointing out that China's emissions per capita have not approached those of the United States. The differing energy infrastructure between the two countries casts doubt on the conclusion that the United States needs to expand coal and gas electricity production in order to make progress toward reducing fossil fuels. The answer to this question is quantitative.
But they are 50% higher than those of the EU. Even per capita.This is all true, but it is worth pointing out that China's emissions per capita have not approached those of the United States. The
I still see mostly just rent seeking around.Compared to feudalism, before the 1900s, etc. Yeah. People just generally rent seek to earn 1-10% tier money, or gatekeepered their professions with guilds.
Sure... but China makes stuff, Europe doesn't. Manufacturing is a particularly heavy driver of emissions, as it tends to be very power-hungry and involve particularly large amounts of pollutants compared to residential and service sector. Thus the world's workshop is going to generate quite a lot of dirt - and as we're importing so much of the product, that sort of makes it our dirt, just outsourced.But they are 50% higher than those of the EU. Even per capita.
Germany has still an absurd trade imbalance in favor of export and this is mostly based on "making stuff" and it has lower emissions than China as well. Even Europe as a whole does actually make a lot of things, it is not continually running a deficit like the US is.Sure... but China makes stuff, Europe doesn't.
Yes, i am aware. But that already has been a problem for quite a number of years now. Alo if the provincial governments would just build the coal plants without using them, they would not contribute to the emission. The number account for actual use, not pure capacity.From what I read, much of the issue are China's internal organisation and perverse incentives. Provincial governors follow aim for certain major target metrics, and boasting they've increased power generation X% gets them plaudits.
Germany's manufacturing is around 20% GDP, China is around 30% GDP. That's a big difference.Germany has still an absurd trade imbalance in favor of export and this is mostly based on "making stuff" and it has lower emissions than China as well. Even Europe as a whole does actually make a lot of things, it is not continually running a deficit like the US is.
But they are 50% higher than those of the EU. Even per capita.
China really needs to do far more even if worse offenders like the US still exist.
Emissions also vary by industry. It's not a 1:1 comparison with dollars, euros, or yuan. I can't say I've looked into the question in any great depth, but I would hazard a guess that GDP increase per megawatt is generally (not always) larger for finished products than it is for stuff that is earlier in the production chain because the value adds from precise manipulation of goods like arranging the parts of a CPU in a certain way at some unfathomably microscopic level are generally less energy intensive than those from breaking large amounts of rocks apart, or heating ore to make metals, or indeed heating any of a wide variety of things to make still other things, like plastic or cement and so on. The law of large numbers isn't likely to wash those kinds of differences out in country by country comparisons because countries have different industries in different amounts.Germany's manufacturing is around 20% GDP, China is around 30% GDP. That's a big difference.
Economic forces include subsidies, which still exist for fossil fuel power plants. So they remain artificially incentivized by neoclassical standards. Maintaining these subsidies is not necessarily a bad approach (it's probably a bad approach), but I still think the question needs looking at in more detail. Markets, it must be said, have no particular bias toward economic growth or sustainability. Government intervention in the economy can increase or decrease either, especially in certain targeted ways. The approach of just directly (or close to directly via contract) doing the thing (making solar/wind/hydro/nuclear infrastructure) in places that it makes sense seems to be the best for competing with and displacing fossil fuels. Whether this process is sped up or slowed down by devoting labor and other inputs to making coal or gas power plants that can then be used to help produce the infrastructure to replace them is a question that can probably be solved with study and math and will vary by the existing infrastructure (the usefulness of adding an additional coal power plant changes with the amount of electricity production already available-- economists call this marginal utility). I'd guess that the optimal solution on the metric of decarbonizing probably isn't the most profitable one for the owners of capital; it would be an astonishing coincidence if it were.I wouldn't recommend expansion, per se, at least not any more than economic forces already incentivize. I would just suggest that measures to artificially diminish fossil fuel usage, government limits and quotas, diminish productivity, which slows advancement. And also, other environmental policies will also inevitably but heads with renewables, as every energy source has some environmental impact. If you're afraid of nuclear waste, or worried about the birds, or against altering river habitats, so on and so forth, those concerns end up in opposition to decarbonizing. It's the paradoxical reality that people focused on preserving the environment can in fact make things worse for the environment.
Incidentally, this is also why LLMs are so energy intensive compared to the employment of human intelligence: using LLMs to imitate reason or creativity is a fundamentally dumb process much like crushing rocks to make gravel.because the value adds from precise manipulation of goods like arranging the parts of a CPU in a certain way at some unfathomably microscopic level are generally less energy intensive than those from breaking large amounts of rocks apart, or heating ore to make metals, or indeed heating any of a wide variety of things to make still other things, like plastic or cement and so on.