Such writing would give non-standard meanings to signs, or drawn them in non-standard ways, or use entirely invented signs. It would be a puzzle to work out the meaning, and I imagine most people who weren't very literate would be stumped. They certainly stumped egyptologists for a while when the first examples were discovered.
If there was enough evidence to demonstrate that he attempted to murder someone, why wasn't he charged and convicted of it?
Also, 2 of the DEA agents involved in his investigation were convicted of fraud in relation to the case.
I do believe he probably did attempt to have someone killed, but I'm far from certain of it, and think it should have no bearing on the case if there's not enough evidence to convict him.
Wikipedia suggests this was because he was already sentenced to double life imprisonment. Clearly prosecutors should not waste time pursuing charges that won't really impact a criminal's status, do you disagree?
> In August 2022, the U.S. Department of the Treasury blacklisted the service, making it illegal for US citizens, residents and companies to use.
The author mentions that he would maybe have written this as a scientific paper:
> I tried writing a serious-looking research paper about the bug and my proposed fix, but I lost a series of pitched battles against Pytorch and biblatex, so I figured I’d just write a blog post instead. (History is written by the winners; blogs are written by…)
Honestly, thank god he didn't. This paper is so much more readable and approachable than what gets published in "serious" journals. The tone is self-effacing, it does not have an "ego" the way scientific papers tend to have. If all science read like this, and if we were "allowed" to cite research that reads like this, I think we would be much better off. This reads like a conversational, approachable textbook, not like an impenetrable wall.
Is it because I don't understand attention at a PhD level that I hold this opinion? Maybe. Could he be writing like this because he's a layman and utterly wrong about the topic, unlike those Serious Science Authors? Maybe, I don't know.
But my god, wouldn't it be nice to be allowed to write like this?
Papers should be structured like fractals - that is, they should be "self-similar". The main text of the paper after the introduction should go into all the necessary details demonstrating the origins of the idea and proving that it has value. Then the introduction section should summarize all this, and take a less rigorous tone. The abstract should be a summary of the introduction. And then the title should summarize the abstract. If you really have a lot of technical work to do, maybe you can write a super long appendix and have the main body summarize that.
I myself probably spend as much time reading paper introductions as I do reading paper bodies, which means that probably 90% of the papers I read, I only read the introduction. I do this because I enjoy it more - I like new ideas, and the intros are a great way to get a lot of them. This blog post reads like a great paper introduction to me. It's easy to trick yourself into believing something is easy though, so an academic paper would have to back this up with an experiment.
> I lost a series of pitched battles against Pytorch and biblatex, so I figured I’d just write a blog post instead.
So I think your accusation of his burying the lede on the lack of experiment is unwarranted.
What?!!
Mhils answered happy to setup a support contract if you need timely release while pointing to his email. Nothing in his answer is out of line. I think you need to seriously reset your expectations if you think that answer from someone providing free labour is in any way wrong.
They would not go to a private channel, knowing that they would get blasted for such a response in a public forum, and get even more offensive. Plus, any non-native that has an advanced enough understanding of English to use the phrase 'thinly veiled extortion' can also control the tone of their requests. No need to defend IBM here.
> power plants can generate five thousand kilograms of gold per year, per gigawatt of electricity generation