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Joined 1 year ago
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Cake day: July 14th, 2023

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  • The goal of the zig language is to allow people to write optimal software in a simple and explicit language.

    It’s advantage over c is that they improved some features to make things easier to read and write. For example, arrays have a length and don’t decay to pointers, defer, no preprocessor macros, no makefile, first class testing support, first class error handling, type inference, large standard library. I have found zig far easier to learn than c, (dispite the fact that zig is still evolving and there are less learning resources than c)

    It’s advantage over rust is that it’s simpler. Ive never played around with rust, but people have said that the language is more complex than zig. Here’s an article the zig people wrote about this: https://ziglang.org/learn/why_zig_rust_d_cpp/






  • Its sole purpose is to be a global currency you can send from A to B effortlessly and without relying on trusted intermediaries.

    Perhaps that was the design goal, but it seems that speculation is also a significant (perhaps the larger) use case. I agree that crypto has been great for international money transfer, but it is far more expensive than traditional banks for domestic transfers. It seems that

    it’s nonsense framing to not put them in context.

    I checked a few of those links, and wasn’t completely convinced. It was full of peoples blogs comparing the costs of running all the brick and mortar banks to crypto. Of course, banks provide more services than saving and transferring money. Perhaps a better comparison would be to the energy use per dollar of the EFT system, or to a proof of stake crypto.

    On its face, spending a measurable amount of energy guessing random numbers to satisfy an algorithm is wasteful. This is especially problematic since society subsidizes energy costs with the assumption that people will use it to create value.

    As far as I can tell, (please let me know if I’m mistaken) mining Bitcoin does not create very much value since marginal increases in mining does not have a commiserate increase in Bitcoin trade efficiency or security. Marginal increases in mining does put money into the pocket of people doing the mining.



  • If you follow the sources the source of the data and it’s methodology uses the CBECI which the latest update lists a range of 75-384 TWh. (Note that the “2%” listed in the parent article is the global power consumption of the Bitcoin network compared to the US electrical network, aka a bad faith comparison)

    This is Incorrect. The source for the 2 percent is https://www.eia.gov/todayinenergy/detail.php?id=61364. Which is a government study giving a rage from .6 to 2.3. They arrived at this number by extrapolating the CBECI data to the US, and by investigating individual bitcoin mining facilities.

    Electricity is ~38% of US energy consumption

    38% is a lot. Also, electricity consumption is 100% of the load on our power grid, so its worth looking into whether the use of electricity is pro-social or anti-social. From my perspective, even the 0.6% figure is far too much electricity to devote to mining bitcoin. We are talking about power use at the order of magnitude of a small state whose sole purpose is to generate profits for a few people.