We have not been shown any evidence that shows anything approaching this scale of people dead, we have not been told on what basis that specific number of deaths was determined and we have not been told why that supposed evidence can not be made public. 30 thousand killed in the span of two days would make this one of the bloodiest massacres in history. I don't see how that would not result in at least a single photo or satellite image of a street lined with dead bodies, of mass executions, of mass graves or simply just the logistics operation required to dispose of this many bodies. The only thing to back up this number is trusting the probably least trustworthy US administration in history.
During Covid, there were satellite pictures of mass graves. There is a certain amount of logistics with moving a lot of dead bodies, that is hard to hide.
> This also re-opens a lot of "party pooper" results in mathematics: impossibility of representing solutions to general quintic (fine print: if we restrict ourselves to arithmetic and roots/radicals).
Solving the quintic in terms of transcendental functions has already been done
It's very common when people start doing a new exercise regimen. Muscles can become significantly stronger on a timescale of months, while an equivalent increase in the strength of tendons happens on a timescale of a few years. Once somebody has a few years of training under their belt, muscle mass gains are way slower and the capacity of the ligaments will have caught up and these issues go away. However, with bodybuilders and strength athletes these problems can easily come back once anabolic steroids are involved and give big muscular gains without the same level of adaptations in connective tissues.
Your view on the law seems a bit alien to me. My opinions on what the rules of the law should roughly look like, are largely independent of who specifically is involved in a legal dispute. Sure I guess if Hitler was being sued and the only way to stop him was this lawsuit by Sony, I would probably concede that on balance it's better to have a slightly worse legal standard around copyright. Otherwise, I think having a law that best reflects my moral views and creates the best incentives for society in general, far outweighs how i feel about the plaintiffs.
As for how I arrive on my views, it's obviously not an entirely rational process, but the rules you get from viewing property rights and self-ownership as fundamental seem to lead to the most preferable outcomes to me. If I were forced to adopt a more deontological philosophy, it's also the one that has the fewest obviously absurd conclusions, though not entirely. From this it's, in my opinion, pretty obvious to be skeptical of copyright law more generally (Ayn Rand would disagree) and therefore I welcome any precedent that weakens it.
The point isn't that agent output is magically better; it's that reviewing your own agent's output is way cheaper (intellectually) than reviewing a stranger's, because you've written the plan by yourself. And 'slop' is mostly what you get when you don't have a clear plan to verify against. Maintainers writing detailed specs for their own agents is a very different thing from someone vibe coding a feature request
You’re assuming that maintainers have a desire to use agentic coding in the first place.
Secondly, it would seem that such contributions would contribute little value, if the maintainers have to write up the detailed plans by themselves, basically have to do all the work to implement the change by themselves.
"Defense Secretary Pete Hegseth is 'close' to cutting business ties with Anthropic and designating the AI company a 'supply chain risk' — meaning anyone who wants to do business with the U.S. military has to cut ties with the company, a senior Pentagon official told Axios."
>Despite the willingness of private investment to fund hugely negative AI spend
VC firms, even ones the size of Softbank, also literally just don't have enough capital to fund the planned next-generation gigawatt-scale data centers.
Fwiw, my favourite textbook in communication theory (Lapidoth, A Foundation in Digital Communication) explicitly calls out this issue of working with equivalence classes of signals and chooses to derive most theorems using the tools available when working in ℒ_2 (square-integrable functions) and ℒ_1 space
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