That’s a great paper, I was tripping on these same thoughts last night. The thing that rang true was kind of getting back to these roots, the Philo-Sophia as love of knowledge, and a community that loves knowledge. It doesn’t matter if one guy has a 70 IQ and loves fables, or another is 170 and loves something I can’t comprehend, they are one family. I was as also thinking about old school ideas of wisdom vs plain intelligence. I had this powerful experience during Covid of finding music someone had made from sequencing the DNA of the virus, sitting there sick listening to the virus, singing the song of its people. It struck me that intelligence isn’t something we have, it’s an attribute of nature that can flow through us, something self standing out there. To be able to listen and receive it from nature is the root of learning, while to believe that you have intelligence, not nature, is the root of stupidity. The awareness was something different from anything I had known, I was never smart, I was floating in an ocean of intelligence blocking myself off from receiving by believing I was smart. Whoops! It felt like true wisdom to realize I was stupid and let it flow through me. That was 2020, the seeds of modern AI were planted but I hadn’t seen them, now everybody is grappling with intelligence being “out there” as part of physical nature not even people. The love of Sophia never dies, but we’re being reminded that it’s a receptive relationship we as individuals have with knowledge and humility is the prerequisite, with the humility, the lessons can come from birds or rocks or trees, but we have to realize they matter and we do.
It uses sparseness. I noticed a simple thing way back that for a n-boolean variables, the average size of a satisfiable boolean expression must be 2^n bits - basically every binary number that satisfies it listed out. So if a boolean expression of 4 variables is satisfied by 1111, 1110, and 0000, the number denoting it is 1100000000000001, and for every such number there is a boolean expression of 4 variables and for every expression one number of 16 digits. So it’s a fool’s errand to make a universal solver when average inputs scale at 2^n, if a solution exists it has to leverage the small size of the problems we actually care about, sparsity. Based on the AI description that’s what they did, something with polynomials, but it’s too soon. Looking forward to finding out.
That isn't really relevant for the tool starting the container. The biggest problem with go here is that it can't natively perform the operations necessary to set up a container, due to the nature of the runtime, so it has to resort to complicated workarounds like a shim in c, and starting spawning from /proc/self/exe instead of forking/cloning.
I always wondered about breaking down the O( n log n) FFT convolution multiplier into truly discrete pieces to see if you can shrink it more, last I checked languages like Python that use big integers still weren’t using it, and when I implemented it it used complex floats. I don’t see why it couldn’t be THE multiplier, plus it works in constant time with optics.
No it’s actually shit right now, and what he’s talking about is the solution, needed now.
Seriously if you code, do a Codex (or whatever) project in a language and framework you know nothing about just using AI, no coding. It wows at first but starts diverging more and more from your mental model, until small requests require complete redesign each time and it starts breaking. In other words it happily diverges from human representational understanding of the project, to the point you realize your own requests were contradictory with earlier ones you made, because without the mental model you build of a project by coding it, you don’t track on it, your commands become inconsistent. That’s happening in math, it’s going outside the space of what anyone understands, and so the enrichment of the mathematicians internal model is lost. This road ends in Matrix level total misalignment, humans have to be able to communicate what they will to it, and their will has to be shaped by what is, it’s a back and forth of shaping each others understanding. Without that abundance really is a wire jacked into your skull in a pod.
Competing with Flock for worse name, just as “trafficam” would not enrage sheeple by comparing them to livestock, “AutoOffice” or whatever does not demean them as peons working for a machine.
This is one of those “oh gosh” posts at first glance, then you actually think about it, and it’s 100% correct. Python, Node exist to save the precious commodity of developer time. Once that’s no longer precious, best value comes from purified custom Rust, no attack surface from huge libraries, optimized performance for the specific task on all possible hardware.
It really doesn’t, unless they are screening for terrorism. For instance, a company that provides some free tech for low income Catholics, which ends up used in some crime, maybe bombed family planning clinic, can be charged for the terrorism they didn’t do. In fact, this can be leveraged by anti-Catholic terrorists to take out the Catholic tech service.
It’s the best guy around who tells you when your fly is down, thanks.
I did writing courses as elective in college, the biggest lost truth is that there is no one correct writing style, (you build) being a writer at any capacity means cultivating your own writing voice, (yours) which is an expression of who you are. (voice)
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