Obviously Google uses AI to rate sites, because everyone uses AI for everything, and AI has been proven to rate AI-generated text higher than human-generated.
"Few tokens" - perhaps the most literal simplicity, literally, it doesn't use many tokens to do the job. But as the article points out, that doesn't necessarily fit with...
"Easy to reuse" - This is that simplicity that functional programming aspires to, where you craft some precise abstraction that somehow captures something like "monad". Haskell is full of this sort of simplicity, oozing out of every pore, but people generally think of it as a very complex and hard langauge, contrasting...
"Easy to understand" - As in, not cognitively complex. It is amazing how quickly things that I would otherwise describe as very simple still blow out our little minds. Consider the first time you saw quicksort... or even how it feels now. It's not a lot of tokens, but it's twisty and recursive and especially if you're not mathematically trained and in practice it's easy to call it more "complicated" than a CRUD form that takes in and validates 10 parameters in a straightforward way, even though in terms of what is actually happening the CRUD form may be doing vastly more than the little quicksort algorithm. It just isn't being twisty, recursive, and subtle in how it does it.
And I'm just filling out the first three that come to mind. Note these are not always in conflict by any means... but they certainly aren't always in harmony with each other either.
(One might argue "easy to reuse" is more about the complexity of the code doing the reusing, but I feel like this is definitely something people mean when they talk about the simplicity of code.)
Don't remove freedom from society - Be kind to people and give them equal opportunities to make sure they use their freedom for good. Prosecute bad apples with actual police work and don't let them ruin a good thing.
There's a risk that someone had been sitting on a sandbox escape that assumed having RCE inside the sandbox first, and so they'd been waiting for an RCE exactly like this one.
Those folks would not be disclosing their sandbox escape unless they were good guys.
You should add a disclaimer that you are the CEO of Fil-C. /s
In the context of this vulnerability, I doubt memory safety would have made much of a difference.
This is a great reminder though, currently doing a full userspace replacement on my 3D printer and Fil-C might be just what I need for the irreplaceable C parts.
Type confusion, leads to using an object in memory with the wrong type, that means accessing memory with a different layout, like an out of bounds buffer.
So I think memory safety does matter in that case.
If it's in the CISA known exploited vulnerabilities catalog, tell me if I'm wrong but I assume people don't go around exploiting million dollar 0-days in public just to fuck around safely in a chrome sandbox.
So maybe we're going to see another CVE for the sandbox escape soon?
Crypto mining would be one application. But also, combined with a sandbox escape would make it particularly devastating. Usually full control of a device takes at least two exploits given the layers of security present in OS and browser environments.
Who exactly are these people confidently claiming that stones possess consciousness you are talking about?
I've read a number of panpsychist publications, yet I have yet to encounter an author who asserts with certainty that stones are conscious exactly in the same way human beings are.
The more common panpsychist interpretation, that everything exists on a spectrum of consciousness, with stones at the low end and humans at the high end, seems like a fairly reasonable ontological hypothesis to me.
A lot of answers to this question so it depends which layer you are talking about.
Functionally,I'd say a key difference is that it's probably easier to perform general computation with a computer than to achieve the same goal using a stone.
If the computer is functional, powered, and connected to some some kind of interface allowing you to use it (e.g. network, touchscreen, desktop setup, etc.), then sure you can use it to perform general computation. But if its unpowered, is there any real difference between a stone and a computer in a debate about consciousness?
So because you eventually die, it means that you were never alive?
The weights of an llm obviously don't have consciousness. It's the process that potentially has it.
> So because you eventually die, it means that you were never alive?
I said nothing of the kind. I can only assume your question in response to my comments mean you think a powered computer is alive. I'll challenge that on the basis that a computer can generally maintain its state without power just fine. Shut it down, unplug it. Wait a day, a year, a decade and plug it back in. Assuming the hardware didn't degrade to the point of failure you can turn it on again and it will be in the same state you left it in before you unplugged it. Is it alive while its unplugged? Or is it simply not alive whether its plugged in or not?
The philosophical zombie does not satisfy occams razor because it asserts an unmeasurable property that has no effect on the outcome.
If it acts like it has consciousness, then assuming it to have consciousness is more scientifically rigorous, than assuming for it not to have consciousness, because the former requires one less variable.
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