I'd been up for days and had been cramming for a computer architecture exam when I basically passed out.

I had this very visceral nightmare where I was a compiler and the C code was coming faster than I could translate to ASM. I kept trying to escape but it was like I was locked into the work in this never-ending grinding cycle I couldn't escape from. The dream went on for what felt like hours until I woke up drenched in sweat.

Hopefully these neurons aren't satisfying whatever sufficiency threshold delimits consciousness. Approaching some weird ethical territory in any case for sure.

Basically an API wrapping a cyclic graph where rules govern the state transitions / graph traversal (i.e. rules around handing off work between agents and the associated review, rollback and human intervention escalation logic).

It's mostly just to teach myself about multiagent patterns and what blend of "agentic autonomy" and deterministic / human governance gets the best results with the current set of (Anthropic) tools available.

I don't really know what I'm doing w.r.t AI, but having 15 years of industry SWE experience (high-availability distributed systems and full-stack web dev) on top of a fairly-solid CS education I feel like I know what the results of a working system should be and I'm learning a lot about the AI pieces as I go through trial and error.

Generally it feels like there are lots of ways the next generation of AI-assisted coding workflows could work best (beyond just "AI helps write code", I mean) and the results will be as much about the tooling built around the AI bits as it will be the improvements in models / AI bits themselves (barring a theoretical breakthrough in the space).

Trying to figure out what my personal dev workflow will look like in the middle of this evolving landscape is what led to this project, very much a scratch my own itch thing.

What sorts of topics do you enjoy learning about on Youtube?

I do use them, and I also still do some personal projects and such by hand to stay sharp.

Just: they can't mint any more "pre-AI" computer scientists.

A few outliers might get it and bang their head on problems the old way (which is what, IMO, yields the problem-solving skills that actually matter) but between:

* Not being able to mint any more "pre-AI" junior hires

And, even if we could:

* Great migration / Covid era overhiring and the corrective layoffs -> hiring freezes and few open junior reqs

* Either AI or executives' misunderstandings of it and/or use of it as cover for "optimization" - combined with the Nth wave of offshoring we're in at the moment -> US hiring freezes and few open junior reqs

* Jobs and tasks junior hires used to cut their teeth on to learn systems, processes, etc. being automated by AI / RPA -> "don't need junior engineers"

The upstream "junior" source for talent our industry needs has been crippled both quantitatively and qualitatively.

We're a few years away from a _massive_ talent crunch IMO. My bank account can't wait!

Yes, yes. It's analogous to our wizzardly greybeard ancestors prophesying that youngsters' inability to write ASM and compile it in their heads would bring end of days, or insert your similar story from the 90s or 2000s here (or printing press, or whatever).

Order of "dumbing down" effect in a space that one way or another always eventually demands the sort of functional intelligence that only rigorous, hard work on hard problems can yield feels completely different, though?

Just my $0.02, I could be wrong.

Typing isn't the fun part of it for me. It's a necessary evil to realize a solution.

The fun part of being an engineer for me is figuring out how it all should work and fit together. Once that's done - I already basically have all of the code for the solution in my head - I've just got to get it out through my fingers and slog through all the little ways it isn't quite right, doesn't satisfy x or y best practice, needs to be reshaped to accommodate some legacy thing it has to integrate that is utterly uninteresting to me, etc.

In the old model, I'd enjoy the first few hours or days of working on something as I was designing it in my mind, figuring out how it was all going to work. Then would come the boring part. Toiling for days or weeks to actually get all the code just so and closing that long-tail gap from 90% done (and all interesting problems solved) to 100% done (and all frustrating minutia resolved).

AI has dramatically reduced the amount of time the unsatisfying latter part of a given effort lasts for me. As someone with high-functioning ADD, I'm able to stay in the "stimulation zone" of _thinking_ about the hard / enjoyable part of the problem and let AI do (50-70%, depending on domain / accuracy) of the "typing toil".

Really good prompts that specify _exactly_ what I want (in technical terms) are important and I still have to re-shape, clean up, correct things - but it's vastly different than it was before AI.

I'm seeing on the horizon an ability to materialize solutions as quickly as I can think / articulate - and that to me is very exciting.

I will say that I am ruthlessly pragmatic in my approach to development, focusing on the most direct solution to meet the need. For those that obsesses over beautiful, elegant code - personalizing their work as a reflection of their soul / identity or whatever, I can see how AI would suck all the joy from the process. Engineering vs. art, basically. AI art sucks and I expect that's as true for code as it is for anything else.

You needn't be a genius. Go on a few vipassana meditation retreats and your perception of all this may shift a bit.

> any kind of theorem or idea communicated to another mathematician needs to be serialized into language which would make it computable

Hence the suggestion by all mystical traditions that truth can only be experienced, not explained.

It may be possible for an AI to have access to the same experiences of consciousness that humans have (around thought, that make human expressions of thought what they are) - but we will first need to understand the parts of the mind / body that facilitate this and replicate them (or a sufficient subset of them) such that AI can use them as part of its computational substrate.

~48 hours after beginning Paxlovid I felt almost back to normal. spO2 returned to typical wake / sleep levels, lungs clearing, little fatigue, etc.

Based on how sick I was when I started treatment, if historical patterns of recovery from respiratory illness are any indication I would have expected an additional ~9-14 days of tapering symptoms at minimum.

Instead I was basically totally normal again after ~5-6 days.

If I get COVID again I will absolutely ask for Paxlovid.

It's when I try to give it a clear, logical specification for a full feature and expect it to write everything that's required to deliver that feature (or the entirety of slightly-more-than-non-trivial personal project) that it falls over.

I've experimented trying to get it to do this (for features or personal projects that require maybe 200-400 LOC) mostly just to see what the limitations of the tool are.

Interestingly, I hit a wall with GPT-4 on a ~300 LOC personal project that o3-mini-high was able to overcome. So, as you'd expect - the models are getting better. Pushing my use case only a little bit further with a few more enhancements, however, o3-mini-high similarly fell over in precisely the same ways as GPT-4, only a bit worse in the volume and severity of errors.

The improvement between GPT-4 and o3-mini-high felt nominally incremental (which I guess is what they're claiming it offers).

Just to say: having seen similar small bumps in capability over the last few years of model releases, I tend to agree with other posters that it feels like we'll need something revolutionary to deliver on a lot of the hype being sold at the moment. I don't think current LLM models / approaches are going to cut it.

Is it 10 times the "abstracting away complexity and understanding"? 100, 1000, [...]?

This seems important.

There must be some threshold beyond which (assuming most new developers are learning using these tools) fundamental ability to understand how the machine works and thus ability to "dive in and figure things out" when something goes wrong is pretty much completely lost.

What models are you using that you feel comfortable trusting it to understand and operate on 10-20k LOC?

Using the latest and greatest from OpenAI, I've seen output become unreliable with as little as ~300 LOC on a pretty simple personal project. It will drop features as new ones are added, make obvious mistakes, refuse to follow instructions no matter how many different ways I try to tell it to fix a bug, etc.

Tried taking those 300 LOC (generated by o3-mini-high) to cursor and didn't fare much better with the variety of models it offers.

I haven't tried OpenAI's APIs yet - I think I read that they accommodate quite a bit more context than the web interface.

I do find OpenAI's web-based offerings extremely useful for generating short 50-200 LOC support scripts, generating boilerplate, creating short single-purpose functions, etc.

Anything beyond this just hasn't worked all that well for me. Maybe I just need better or different tools though?

I apply for lots of jobs featuring technologies I haven't used (beyond toy personal projects or something in college) because I have a long history of picking up new tools and being productive in weeks or months at most - because I understand the underlying semantics of the tool regardless of its presentation, syntax, etc.

Keyword scanners (and humans focused on keywords) are unable to hire me for roles where I haven't used the technology (much) before - and I guess that's fine and well as I am indistinguishable on paper from someone who doesn't know what they're doing.

Just presenting it as another part of the challenge of both finding good people and for good people finding good jobs.

N.B. if you go this route you'd need to replace the Apple pencil tips a bit more regularly than you otherwise would given the rougher surface you're "writing" on.

I finally retired that machine this year and bought a higher-end gaming pc for less than half of what it would cost me to get a less-than-the-best Apple Silicon MBP.

Yeah, it's heavy. Battery life isn't great. But my phone has replaced so much of my mobile computing needs that I don't really need to take a laptop with me when I'm traveling unless it's for work, in which case I'll have my company-issued machine with me anyway.

I never thought I'd leave MacOS for Linux - but I recently got back into gaming and basically wasn't willing to spend $4k+ on a machine I couldn't game on when all of my personal project needs, etc. can be attended to on a cheaper gaming laptop.

The fact that Apple Silicon is an absolute beast, graphically, made it all worse somehow. Like having a Ferrari in your garage that you aren't allowed to drive - only pay for and look at.

Am I Apple's target demographic? Apart from being a developer - probably not. I don't do a lot of multimedia stuff (at least, I don't do anything that isn't adequately served by a PC with a solid GPU). Because I grew up on linux I'm right at home there with all of my non-work dev / geek / fun stuff and that probably makes me an outlier.

Apple's success clearly speaks for their business savvy - and, there's now a number of chinks in my (previously 100%) Apple loyalty across my wide array of gadgetry (several Apple TVs and one each for me and my wife of: laptop, ipad, iphone, watch, airpods). After a disappointing battery experience with my airpods - I replaced them with some excellent-sounding soundcore buds. My apple watch needs to be replaced soon and I'll probably get a Garmin (again - battery life and consistent failure to capture VO2 max on outdoor runs, other frustrations). I enjoy VR gaming and plan to upgrade from a quest 2 to a quest 3 instead of buying a vision pro. What's next to go in my Apple line-up? I don't know but I've become much more open to shopping around for non-Apple tech than I was in, say, 2016 when it seemed to me that nothing else could compete with Apple.

I wonder how true this is for Apple's "geek core" of tech professionals, and how much of it is just my unique little anecdote? And, in any case - does Apple care? They've cornered the market for both the technical-artistic and "luxury" class. Plenty of meat on those bones without worrying about the geeky whims of the pesky few that are open to (and capable of) something like abandoning Mac OS for Linux.

Still, it was sad to give up my Mac OS personal computing environment. I love Apple - but for what I care about, Apple just doesn't seem to love me. We'll always have our iOS time together I guess, for now anyway.

  *  $3500 price tag
  *  2D / "Arcade" games support (lol)

For now, I'm probably just going to get a Quest 3 when it drops this September. In terms of a virtual work environment - immersed is _almost_ there on a Quest 2. Maybe Quest 3 will be the ticket to a compelling experience. If not, well... I still have my library of dozens of VR games to make it worth $600 (or w/e).

Still, excited to see what Apple does with this platform over the next five or so years. The "macbook air" version of this a few years down the road will probably be more my speed!

Via iOS' automations feature the app allows you to configure a per-app waiting period during which you can decide you don't actually want to open whatever app you've tried to open.

Very grateful for this tool.

Hick's Law, more or less: https://en.wikipedia.org/wiki/Hick%27s_law

Looks like they may have launched a hypersonic missle that reached speeds of ~Mach 10[1], and the US (publicly, at least) seems to be lagging behind China and Russia in Hypersonic R&D - at least as of 2019[2].

How long would it take for a missile traveling at Mach 10 to reach a point where a high-altitude EMP attack[3] would cripple the west coast of the US?

Is that time longer than it would take for aircraft to return to a place where they could land? If NORAD spots a bogey moving that fast, is the rule right now just... everything stops until we understand what's happening?

Would love for someone who knows about hypersonics, NK missle capabilities, EMP attacks, etc. generally to say more.

[1] - https://www.reuters.com/world/asia-pacific/nkorea-launches-p...

[2] - https://www.defensenews.com/naval/the-drift/2019/11/15/dont-...

[3] - https://spectrum.ieee.org/one-atmospheric-nuclear-explosion-...

There's a decent summary of the book (and the general problem) in the 2012 Time article "Driven off the Road by MBAs"[2] as well.

[1] - https://www.amazon.com/Car-Guys-vs-Bean-Counters-ebook/dp/B0...

[2] - http://content.time.com/time/magazine/article/0,9171,2081930...

https://www.booking.com/hotel/th/thirty-nine-boulevard-execu...

The room my wife and I booked in 2019 offered a panoramic, bird's eye view of Bangkok's skyline from one of the higher floors in the building. Not bad at ~$90 / night at the time.