1. Solar panels need a huge capital expenditure up front.
2. Wind power works better for farmers and provide a smaller footprint. Drive on I-80 in Iowa on a clear night and you'll see the wind farms blink their red lights in the distance. Farmers can lease their land for wind turbines, and the generation companies take on the regulatory / capital / politcal risks, etc.
3. Farming is more or less free market based, and often farmers can let their grain sit in a silo until the price is optimal for them to sell. But for a given location, there's only one power company that you can use, and typically the power companies don't like people putting solar panels on the grid. In many states (like in Idaho) there's regulatory capture or weird politics preventing people putting solar panels up on their own land. (Again Idaho)
As a side note, agriculture uses up lots of water in deserts (more so than people), so it seems like in desert spaces like Idaho, solar would make a lot more sense than agriculture would. And we should move the agriculture to where the water naturally falls from the skies.
There was also a huge move by farmers towards growing corn and selling for ethanol because E-85 was seen as some future fuel. Many farmers I know went all in and switched from regional crops (this was in ND), such as sugar beets, soybeans, and spring wheat to corn to fuel this thinking this some kind of energy gold rush.
Then economics, lack of infrastructure and incentives buried it in a few years. Farmers were left holding the bag. Many were not happy they had made a huge move into this new "renewable" energy, only to get burned in the end. The same farmers I know have scoffed at windmills and solar farms.
E-85 really lost a lot of farmers willing to use their land for something that won't pan out. The ones I know went back to growing what sells and grows the best in the market. Trying to tell a farmer that solar panels on his land where he grows food to feed his family is going to be a tough sell now.
> As a side note, agriculture uses up lots of water in deserts (more so than people), so it seems like in desert spaces like Idaho, solar would make a lot more sense than agriculture would. And we should move the agriculture to where the water naturally falls from the skies.
The problem is that in many of those places where enough water naturally falls from the sky the soil and/or the weather isn't as good for growing food.
It is generally much easier to move water to a low water place that has great soil and/or weather than it is to move soil or weather to a high water place that is missing good soil or weather, and so here we are.
The vietnam of computer science was written 20 years ago (2006 even), and didn't kill off ORMs then. We've only had 20 years of improvement of ORMs since then. We've long ago accepted Vietnam (the country) as what it is and what it will be in the forseeable future. We should do the same with ORM.
I for one don't want to write in a low level assembly language, and shouldn't have to in 2026. Yet, SQL still feels like one.
I've written a lot of one off products using an ORM, and I don't regret any of the time savings from doing so. When and if I make $5-50M a year on a shipped product, okay, maybe I'll think about optimizing. And then I'll hire an expert while I galavant around europe.
SQL is a pretty high-level, declarative language. It's unnecessarily wordy though, and not very composable.
The problem with ORMs is that they usually give you a wrong abstraction. They map poorly on how a relational database works, and what it is capable of. But the cost of it is usually poor performance, rarely it's obvious bugs. So it's really easy to get started to use; when it starts costing you, you can optimize the few most critical paths, and just pay more and more for the DB. This looks like an okay deal for the industry, it seems.
Assuming that what you're saying is true -- (not ai) and I'm not sure it is. The big difference could be that kids get computers for school now. I used pen and paper to take notes, and I didn't sit at a computer for 8 hours a day until my first job in the 1990's. I'm sure that's true for a lot of people.
It's possible people have "grown into" a keyboard better than the previous generations did.
Further, before the 1990's there was a secretarial pool where managers would send documents to get typed out. Sometime during the 1990's the pool went away and people were expected to type their own documents up. Sure they could create templates now with WordPerfect, say, but the idea is that the keyboard became more and more present in an employees life around that time -- so hence more likely to get carpal tunnel.
I'm so fucking tired of trying to do a super spock pinch with my keyboard. I've always thought composition of typing various keys in sequence is better than trying to press 4 keys at once, particularly if your left handed or right handed, say.
There were "compose" keys that let you type characters to combine other characters -- (not ai) but they weren't forcing the person to super spock pinch the keyboard to get the character they wanted. It was "compose" then "c" then "s" to get the "ç" character.
I honestly would like to be able to do the same thing with ctrl-alt-x, eg. where ctrl alt and x are separate key presses.
The "compose" key on Linux is one of my favorite things about the Linux keyboard system. You can pick which key is your "compose" key, choosing from about a dozen options. Then just as you describe, you type it in sequence (though on Linux, compose then c then s produces š, because compose then c is the shorthand for the "caron" diacritic: compose, c, g is ǧ, compose, c, h is ȟ, and so on).
It feels like i18n/l10n status on desktop OS is on a decline. I guess the effect of that is more profound on macOS than on Windows.
I came across this[1][2] the other day; the "bug" is that macOS Japanese input prioritize visually similar but unintended characters over ones matching in pronunciation being entered - it's hard to describe, but it's as if keyboard was autocorrecting word to "enterprising" over "entrepreneur" for entry "antreprenewer", just because the former is considered more common than the latter, or something like that. This apparently has been bugging Japanese users for YEARS, with no improvements or recognition.
I'm not saying who should prioritize what for whom, just that, I think non-English experience in modern computing environment is rapidly degrading lately, for some reason, unbeknownst to American English speakers.
What do you want? Regulated or unregulated securities?
You can't invest in unregulated FTX and then whine when they went and lost all your money -- (not ai emdash) because it was -- wait for it -- UNREGULATED!
I personally like the emdash -- I've been using for years -- I'm not an AI -- And I will continue to use it in the future with the "(not ai)" annotation. I will fight for the freedom -- for me and for others -- to use the emdash however I please.
I thought "Code is Law". So now crypto bros want to fight this out in TradLaw just like the TradFi institutions do?
That point was the crux of Matt Levine's argument: Terra and Luna were unregulated and easy-to-game securities. So you can't complain when the smartest people on Wall Street figured out how to pop the balloon in their favor -- (not ai emdash) particularly when it's their job.
I will quote the first few paragraphs leading up to it though:
>The basic story of Terra is:
>Terra was a big crypto project, led by a company called Terraform Labs and a guy named Do Kwon, which at its peak had a market value of about $50 billion.
>It had a token, the currency of its blockchain, called Luna, which at its peak traded at almost $120 per token.
It also had an algorithmic stablecoin, TerraUSD, whose mechanism was that it could always be redeemed for $1 worth of Luna.
>That’s a bad idea! The problem, which was extremely obvious and which everyone knew about, was that, if people lost confidence in Luna, there would be a death spiral: People would redeem TerraUSD for Luna and sell the Luna, which would drive down the price of Luna, which would lead to more redemptions, which would create even more Luna, until Luna was trading at a tiny fraction of a penny and every TerraUSD would be redeemed for millions of them.
>In May 2022 that very much happened. Terra collapsed, people lost a lot of money and Do Kwon got 15 years in prison for fraud.
>At its peak, though, Terra was a pretty big crypto project, and it had various dealings with some very smart and somewhat sharky trading firms like Jump Trading and Jane Street.
“Can’t complain” doesn’t make it legal. I had this argument a number of times with cryptobros at the time “if it’s on the chain it’s fair game” I heard quite often. Just, no. Just because some code allows you to get away with something doesn’t make it not illegal[1].
The thing is you or I don’t get to say what is or isn’t a market that is covered by market abuse laws. Regulators do, and while it’s true to say none of the relevant regulators had stepped up and conclusively shown these markets were under their jurisdiction, they had repeatedly said they were looking into them and given hints they felt they had jurisdiction. Heck, I was in a meeting with Kevin Warsh around 2014 or so[2] where he asked about bitcoin so it’s clear the fed was at least looking into crypto at that time long before they made public comment. ISTR talking to the cftc at the same time and they asked about it too.
So “unregulated” in this context doesn’t mean “not covered by regulation” it means “regulatory status extremely uncertain”. If you want to go in with a very aggressive strategy you’re taking some risk that regulators will post facto go after you because they do that a lot in conventional markets.
[1] Market abuse in this case, but it’s obviously the case in cybersecurity also.
[2] This isn’t some kind of weird boast btw, cbankers and regulators meet with people from industry all the time as part of their normal information-gathering process and he met with a group of us who were working with some bank on detecting things like market abuse. He had some sort of academic position at Stanford at the time iirc looking into various types of bank regulation, but he was still plugged into the fed governors because he had only just left that.
> I had this argument a number of times with cryptobros at the time “if it’s on the chain it’s fair game” I heard quite often. Just, no. Just because some code allows you to get away with something doesn’t make it not illegal[1]
But that is/was the cryptobros argument: Code is Law! And now instead of fixing the algos they're going right to suing each other just like TradFi with TradLaw.
Currently agriculture in western states requires maybe 2-5 times the water that people need. So many people see that as an opportunity to convert farmland that needs heavy irrigation into solar farms.
Further, in Nevada, the US governement owns 87% of the land give or take a percentage point.
The land is available. It's the politics and the expense required to build it.
Eh. Maybe. But I do see people who are pretty consistent when they have power. It may be somewhat unpredictable before they get power, but somewhat more predictable once you’ve seen how they act with it.
This principle of relative consistency is baked into how I test employees for management and friends for trust, and in the past, roommates as well. Though I do acknowledge potential for growth as well, but in my older age I generally also need to see evidence of motivation to give strong benefit of the doubt wrt possible trajectory.
2. Wind power works better for farmers and provide a smaller footprint. Drive on I-80 in Iowa on a clear night and you'll see the wind farms blink their red lights in the distance. Farmers can lease their land for wind turbines, and the generation companies take on the regulatory / capital / politcal risks, etc.
3. Farming is more or less free market based, and often farmers can let their grain sit in a silo until the price is optimal for them to sell. But for a given location, there's only one power company that you can use, and typically the power companies don't like people putting solar panels on the grid. In many states (like in Idaho) there's regulatory capture or weird politics preventing people putting solar panels up on their own land. (Again Idaho)
As a side note, agriculture uses up lots of water in deserts (more so than people), so it seems like in desert spaces like Idaho, solar would make a lot more sense than agriculture would. And we should move the agriculture to where the water naturally falls from the skies.
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