It's the job of the rest of us to restructure the system to prevent this kind of pathological runaway power accumulation. It means new laws, but also a more enlightened culture.
706 karma · joined May 3, 2016
It's the job of the rest of us to restructure the system to prevent this kind of pathological runaway power accumulation. It means new laws, but also a more enlightened culture.
What? The idea of molecules was not widely accepted in 1905?
If Stanislav Petrov hadn't been in the chain of command, MAD might not have worked. And it could still fail to work in the future.
https://en.wikipedia.org/wiki/1983_Soviet_nuclear_false_alar... https://en.wikipedia.org/wiki/Stanislav_Petrov
It would be cool to pair this with a numerical simulator that shows what happens when you perturb any of them.
EDIT: oh, it already does this, thanks other comments
My working hypothesis for this question involves colonization, technologically driven scales of time and space, and selection. The essence is totally obvious: either you develop sustainable practices or you go extinct.
Consider a group of people colonizing an area previously uninhabited by humans. When they arrive, they will disrupt the local ecosystem to some extent.
In some cases, the new combined system of ecosystem structure and human culture will settle into an attractor that can support humans for a long time (relative to frequency of colonization). In other cases, it will not, and the human population will die out. (Externally driven parameter changes can also turn a sustainable system into an unsustainable one.)
With a low enough colonization rate, most active communities will be operating sustainably.
Over time, technology increases the rate of spread of humanity. Cultures with more advanced technology increasingly spread into existing settlements as well as taking over existing land.
But the basic process continues: some systems last; some do not. The ones that last longer are the ones with sustainable practices.
This process is now operating at a global scale. Either we get sustainable, or things get bad.
Some people have concluded that the easier path is to colonize other planets.
The fact that the model is represented as a distribution over Bernoulli parameter p doesn't contradict this: you just integrate over the posterior.
I don't think it's politically impossible. These things are killing children (among many other people). "Giant trucks and SUVs are killing children" seems like a pretty powerful line.
I'm currently practicing for a show with my cello tuned down a half-step, and it strongly conflicts with my ear<->muscle memory. Similar experiences when jumping between standard tuning and the Bach 5th Suite (A string tuned down to G) or Kodaly Solo Sonata (lower two strings tuned down a half step).
GNOME seems to be trying to oversimplify and prettify like today's Apple, but yes, makes weird decisions. But Apple is definitely worse than either in terms of feature/design churn.
This isn't Tailscale because it does secure P2P connections between any pair of devices, whether or not they have Tailscale. This enables real end-user P2P for, e.g., local-first apps with no server infrastructure except relays for resilience. And even if you lose the relay servers, things keep on working the same for any hosts that don't need them.
A good lesson in not messing with a good thing. If they had just put an electric motor in a classic Ferrari body, it could have been a nice moment for the energy transition.
(Not sure if this is the right approach, but the general idea seems rather important.)
& that is a great website...
Having just made the switch to Kubuntu, I'm going to try Kate as my primary editor for a while. It's missing features, but it sure is snappy.
That is, the idea that a non-expert might create interesting software in an authoring environment with good, well-thought-out building blocks and easy-to-grasp metaphors, shorn of layers of accidental or over-engineered complexity.
In this vision software still requires careful logical thinking, but it makes it much less cumbersome to translate that thinking into running code, with no tooling and build system nightmares.
Instead, we've invented such powerful models that they can regurgitate and recombine complex incantations on our behalf. The complexity is still there, though, and it's still inscrutable to non-experts.
But maybe they can help us eliminate some of it?
I think that path is still possible, and it may even nicely complement the LLM world, where LLMs help generate software that individual humans can still easily comprehend and manually modify.
Presumably the earth system isn't at anything resembling an attractor right now, but I wouldn't be surprised if people are trying to use related techniques to try to detect qualitative changes in the system dynamics (like bifurcations).
Maybe someone more knowledgeable could chime in on whether/how measurements at a single point on the earth's surface might be used to do that?