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There were parallel anti-competitive behavior cases brought against Apple and Google.

Apple was deemed not to be anticompetitive in app stores because there was no existing market of app stores on iOS. Google was more open in allowing other app stores, but deemed anticompetitive by discouraging their use relative to the Play store.

The irony is the more open player was deemed more anticompetitive. OP is saying Google is “fixing” their anticompetitive behavior by eliminating alternative app stores entirely.


Like many things in the US, this should be settled by congress not judges.

Things that everyone relies on for life are generally regulated by law. Telecom platforms for instance. I’d say the mandatory software platform I need for my bank, drivers license, daily communication, etc should be in this bucket.

The EU declaring both Apple and Google gateway platforms is a much better approach. Congress is abdicating its responsibility to craft the legal frameworks for equal access in the modern age.


"Like many things in the US, this should be settled by congress"

The US government is by design supposed to be as minimal as possible, and the laws affecting you kept as local as possible. We're not supposed to have a "the government" that's the same as EU governments. "The federal government should make laws" should be an absolute last resort. When you say "congress is abdicating its responsibility", I'd like you to point to where in the constitution it says that congress has such responsibilities.


The federal government regulates interstate commerce. Apple and Google fit that definition. This is really no constitutional ambiguity here. Congress is 100% capable of acting if they wanted to.

Actually - do they do this in LLM benchmarks? As a measure of overconfidence/confabulation? Seems immediately applicable.

I don't think it's a common thing in any public LLM benchmarks or in any standard QA datasets. Maybe in internal stuff at AI firms.

Bill Gates did... has anyone else followed in those footsteps?

> stacktraces are only available in certain build modes

> zig has pretty good error traces by default

These seem rather conditional. If I need to run release-fast in prod, say, do we loose these error traces (for bugs)?


You can enable error traces for release-fast builds as well, without enabling full debug info. Though the quality of call stack of course vary depending on optimization level.


oh awesome. I thought error traces were only on debug and optionally on ReleaseSafe.

You do, to a significant extent. Though there is always the option of running ReleaseSafe.


I don't know. It's more of a sharp tool like a web browser (also called a "user agent") - yes an inexperienced user can quickly get themselves into trouble without realizing it (in a browser or openclaw), yes the agent means it might even happen without you being there.

A security hole in a browser is an expected invariant not being upheld, like a vulnerability letting a remote attacker control your other programs, but it isn't a bug when a user falls for an online scam. What invariants are expected by anyone of "YOLO hey computer run my life for me thx"?


Honestly, the EU is more likely to change the behavior of e.g. Facebook than a single employee would.

(IMO if the US federal government spent more time caring for it's citizens it would consider doing such things more seriously itself).


I’ve never heard of vigilante justice against someone already sentenced to prison for life, just because they were sentenced in a place without capital punishment?

(I mean - people get killed in prison sometimes, I suppose, but it’s not really like vigilante justice on the streets is causing a breakdown in society in Australia, say…)


It's probably rather difficult and risky to enact vigilante justice against someone who's in prison.

I think the problem is with places where they don't have life sentences at all, but rather let murderers back out into society after some time. I don't know if vigilante justice is a problem there in reality, but at least I can see it as a possibility: someone might still be angry that you murdered their relative after 20 years and come kill you when you're released.


The reference to vigilante justice may be about killing a suspect before they're imprisoned or even tried, such as when a mob storms the local jail. The theory is, if people believe only death can bring justice, and the state doesn't have the death penalty, then the vigilantes will take matters into their own hands. Ergo, the state should have the death penalty.

Having recently done an in-depth review of arguments for and against the death penalty,[1] I can say that this argument is not prominent in the discourse.

[1]: https://fairmind.org/guides/death-penalty


I see; this makes more sense. It's a little hard to imagine these days though, but ages ago, mobs storming the local jail and hanging a suspect wasn't that uncommon.


> ages ago, mobs storming the local jail and hanging a suspect wasn't that uncommon.

Sometimes, suspects don't even make it to the jail.

https://en.wikipedia.org/wiki/Jack_Ruby_Shoots_Lee_Harvey_Os...

https://en.wikipedia.org/wiki/Tulsa_race_massacre

Uncommon or not, vigilantism is incompatible with justice on a societal level, regardless of any alleged guilt of offenders.

Without a showing of evidence, a trial of the accused, and a verdict that withstands judgment, we're left with theories and conjecture, and hatchets long left unburied.


The hint from quantum field theory (and things like lattice gauge theory) is that charge emerges from interesting topological states/defects of the underlying field (by "interesting topological shapes" I mean - imagine a vortex in the shape of a ring/doughnut). It's kind of a topological property of a state of the photonic field, if you will - something like a winding number (which has to be an integer). Electric charge is a kind of "defect" or "kink" in the photonic field, while color charge (quarks) are defects in the strong-force field, etc.

When an electron-positron pair is formed from a vacuum, we get all sorts of interesting geometry which I struggle to grasp or picture clearly. I understand the fact that these are fermions with spin-1/2 can similarly be explained as localized defects in a field of particles with integer spin (possibly a feature of the exact same "defect" as the charge itself, in the photonic field, which is what defines an electron as an electron).

EDIT:

> However, there are no theories why this is -- they are simply measured and that is it.

My take is that there _are_ accepted hypotheses for this, but solving the equations (of e.g. the standard model, in full 3D space) to a precision suitable to compare to experimental data is currently entirely impractical (at least for some things like absolute masses - though I think there are predictions of ratios etc that work out between theory and measurement - sorry not a specialist in high-energy physics, had more exposure to low-energy quantum topological defects).


Have you seen this: https://www.researchgate.net/publication/281322004_The_elect...

Or any of the more recent work that references it?


> something like a winding number (which has to be an integer). Electric charge is a kind of "defect" or "kink" in the photonic field, while color charge (quarks) are defects in the strong-force field, etc.

Quark's don't have integer charge


Redefine the down quark charge as the fundamental unit and you lose nothing.


> you lose nothing

For some reason electrons have charge -3 then, that coincides with the proton charge for no good reason.


Right, but then you have the questions of 1) why do leptons have (a multiple of) the same fundamental unit as quarks, and 2) why does that multiple equal the number of quarks in a baryon, so that protons have a charge of exactly the same magnitude as electrons?

I mean, I guess you could say that charge comes from (or is) the coupling of the quark/lepton field to the electromagnetic field, and therefore if it's something that's quantized on the electromagnetic side of that, then quarks and leptons would have the same scale. I'm not sure that's the real answer, much less that it's proven. (But it might be - it's a long time since my physics degree...)


> it's a long time since my physics degree...

me too, just addressing that a fraction might as well be an integer with some redefinition of the fundamental charge.


Is this the same idea behind Williamson & Van der Mark's electron model?

https://www.youtube.com/watch?v=hYyrgDEJLOA


> interesting topological states/defects of the underlying field

eddies in the space-time continuum?


Is he?


What?


(Note the post you’ve replied to mentioned electrons and _protons_, not positrons.)


The notes explicitly call out you may want to dial the effort setting back to medium to reduce latency/tokens (high being default, apparently there is a max setting too).


There's 3 options to choose from on /model: Low, medium and high effort.


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