You seem to be cherry picking the narrative promoted by a handful of anti-vaxxers, which does include a handful of published studies, rather than the overwhelming body of contrary evidence.

https://www.factcheck.org/2024...

Rooftop Solar without some kind of buffer (eg battery) would be unlikely to provide power with suitable stability. You don't want to brown out every time a cloud passes over, so there are probably some minimum requirements on the power quality you can feed into your household wiring.

I know there's an argument for it's my right to feed s***** power into my own house if I want to. However a lot of people with that mentality are then going to blame others when various appliances in their home fail prematurely.

Articles like this that deal only in absolute numbers tend to be meaningless at a large scale like a national grid. They've told us how much The Operators are paid to curb production but not how much the overall costs are or how much they would have been paid had the production been used.

Are the operators paid at the full rate they're capable of producing, or are they simply receiving a small stipend when the grid operator is bottlenecked?

Those analogies miss a few key points. In the case of both the RV Park and the hotel rental, electricity is being bundled with a much more expensive service and that service is typically provided over a relatively short time horizon. The bundling reduces the relevance and the short time horizon increases the effective cost of metering it. You have both the cost to meter/invoice and the friction of customers not knowing how much they're going to pay.
The effective cost of metering has also gone down as urban and Suburban settings as traditional meters start to be replaced by Smart Meters that can be read from the curb, the road, or entirely remotely.
That's said, I can imagine a future where people will rely more heavily on home solar and smaller batteries and the cost of your hookup is a significant fraction of your bill since you may not draw a lot of net power from the grid. If most people had batteries those grid connections could even be downsized since they would only need to support the peak draw over some average period not the instantaneous peak.

I'm not sure that part is true—or at least true only with major caveats. The people I see who skip the basics and try to do design and architecture do it the way LLMs do it: superficial pattern matching. This lets you solve simple problems by gluing together off-the-shelf parts. Without understanding the fundamentals, however, the solutions tend to be stupendously inefficient. I used to be in the 'compute is cheap' camp, and when you compare Java vs. optimized C in a business app, that's generally true. When you're comparing 'touch it once binary data' vs 'lets serialize everything as text, add a GUID for every data point, then bounce it between multiple servers and disks, while logging all of that to kibana' you can turn a $1000/month infrastructure bill into a $1000/hour one.

Those same people will tell me their architecture is more 'scalable' and 'reliable' because it uses all the buzzwords.

To be fair, I do think these tools help people advance faster when used correctly, but I disagree that they catapult people forward the way you suggest. I do think this gap can be closed, but it probably means more school learning to "get on the ladder" since the 'apprentice' jobs have been taken by an AI.

Here we agree; I'm not sure what the solution is.

How do you see AI reducing the training required for jobs? Perhaps transiently, for example a call center worker who needs less training, but I think in most of those cases the job goes away entirely.

Yes the jobs that it helps the most with are the less skilled ones, but that means I need less of those people. The higher level design and architecture my senior team does just gets more valuable by contrast.

You'd think so. Having worked on mixed C++ / Python data projects I found it was much worse.
Unless the c++ modules did exactly what the program needed there would be be a tonne of data marshalling back and forth. Often this was exacerbated by algorithms implemented by bolting together a long, convoluted, sequence of operations because the right operator wasn't available, or inevitably someone would loop through all the pixels directly.
My predecessor tried to solve that with a sort of visor pattern where the process was in c++ and Python script strictly orchestrated, but it turned out that if you could wrap your head around that design you could just write the code in C++ yourself, and you couldn't do novel operations in Python at all, so none of the Python Devs really used it.
I eventually settled on a strategy of making life as simple as possible for the researchers in Python and rewriting large sections for performance and robustness when they went to production. We still gave them a library with high performance building blocks, but instead of trying to restrict them we just accepted that they were researchers not computer scientists.

So even 10 years ago using electricity generated by natural gas (500g/kwh) electric vehicles are a net win.

Good news, with newer tech the payback is even faster.

An average EV produced in the U.S. in 2023 will close the gap in about 2.2 years or 25,000 miles. https://www.scientificamerican...

So basically lower our living standards to what they were in the 50s because you have Nostalgia for the good old days?

While there are always examples to cherry pick, overall I think the mistake is comparing the American dream (not reality) of the 1950s-70s to what a lower middle class person can expect today. Housing is outrageous but that's a bit of a blip since covid and it will find a way to stabilize. It's worth noting that housing is one of the very few significant expenses we have that are strictly provided locally.

While I agree that running around murdering CEOs isn't the solution, your post throws its hands up in the air and the other direction. The millions of people with a tiny share in fossil fuel companies through their pension plans would each have to go to a lot of difficulty to change that, and would have minimal impact. On the other hand, if the negative impacts of fossil fuel extraction were links directly to the board or CEO of the fossil fuel companies those organizations probably couldn't operate the way they do. The number of people who would have to make different decisions around that would be very small in comparison.

The problem is an unfair game created by allowing companies and therefore their investors to externalize costs. It's not reasonable to blame individuals for playing that game as best they can when their decisions have a big impact on their livelihoods but they individually have no power to change the game. It's also not hypocritical to both push for a different game, and play the current game to the best of your ability.

You seemingly well reasoned argument following from a false premise:

Misinformation is, and will be, an opinion of each person involved.

This implies that there is no objective truth. Naturally if you start from this premise then you can't do much better than let them mob argue with itself. The Earth is flat, the Earth is round it really just matters how you felt about it when you got out of bed this morning.

If you think the world is flat yes you can take a plane from Vancouver to London, but you're going to be unsuccessful as a pilot or navigator. Your belief that the world is flat fails when tested against objective reality.

Something like a logic tree may be valuable when applied to honest actors, but it's entirely possible to create very large and complex internally consistent belief systems if you conveniently leave out objective reality. Or if you reduce objective reality to mere opinion.

You're taking 10ml of methanol to mess someone up. Simply failing to remove it will only marginally concentrate it relative to ethanol, leading to a nasty hangover. Someone completely ignorant of the risk running a large still might decide to sample the first couple ounces that comes out, I imagine that could mess you up. If you're doing a thing at scale with complete ignorance there's lots of other ways to kill yourself though. Driving and ladders come to mind.

I'd love to see Bombardier back in the game. Canadian government should have made a bigger stink about the C Series jets, talk about being royally screwed over by your neighbor. To be fair I'm no Aviation expert but it's sure nice to fly in.

On the other hand, if you only consider short-term problems you never get to employ the more efficient long-term solutions. While AI might be the buzzword of the day there's a predictable upward trend in energy usage. If we don't start building the nuclear plants now then in 10 or 20 years we will still be talking about short-term solutions.

Pretty happy with my garmin. The older models are a bit clunky but I bought one of the new bands for my husband and it seems to be working well for his smaller wrist. I don't like the revision they just made to their app interface, but it seems like it was at least reasonably intended to be an improvement. Apparently most people like fluffy graphics that only fit about six numbers onto a Smartphone screen.