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Comment What's the problem? (Score 1) 80

With all of GitHub's great new AI features, it writes all your code for you! It doesn't matter whether the site is up at any given moment; just download your newly completed app at some point then the site is online. You're free to kick back, relax and scroll your social feeds because you don't actually have to do anything anymore. This is truly a golden era!

Comment Re:Building blocks origins (Score 2) 19

Well, first of all, hydrogen is the most common element in the universe, and carbon makes up something like 0.5% of the total observed mass of the universe (it's the fourth most common element), so along with other trace elements like sodium, phosphorus and the like, we're simply looking for places where there is sufficient energy to create the necessary reactions to produce organic compounds. No lack of energetic sources, in particular stellar system formation. Indeed many comets and asteroids host a lot of precursors, indicating that some fairly sophisticated organic chemistry was going on early in the solar system's development.

Comment Re:life came from organic compounds (Score 4, Interesting) 19

Panspermia would require that life itself was raining down on the terrestrial planets. Precursors would simply indicate there were a lot of strange and complex organic compounds falling on to the surfaces of planets like Earth, Mars and Venus, and were also likely constituents of bodies like Europa and Titan (well, we know Titan is covered in a literal hydrocarbon stew). What this discovery indicates, at the very least, is there was indeed a lot of organic compound in the early solar system and these organic compounds, at least on Earth, led to abiogenesis. Panspermia would advocate abiogenesis happened at some undetermined point further back.

If we find other life in the solar system, such as in Europa's or Ganymede's oceans, and it has DNA or some very close relative, with similar translation and transcription systems as we find in archaea and bacteria on Earth, then that would be a very strong argument that life in the solar system had a common origin. If however, there is no clear relationship between the two populations; say, they use something similar to DNA, but the genetic codes are different (all extant life on Earth uses the same canonical genetic code mapping codons to amino acids, strongly suggested the canonical code evolved prior to the Last Universal Common Ancestor), then we're very likely looking at an example of convergent evolution, and not in fact at two related populations.

Comment Re:We need humility, not arrogance (Score 1) 172

Formal verification mathematically proves code implements a specification. It does not catch bugs that are specified.
There are entire classes of bugs (logic bugs) that LLMs can find that formal verification literally doesn't even try to.

So you prompt the LLM to "find all the bugs".

Even if the LLM can find every last bug (which in turn assumes that this type of problem isn't NP-hard or has some issue that Godel would point out), just defining to the LLM exactly what a "bug" is seems to be pretty much the same thing as those formal specifications that you just convincingly dismissed as inadequate.

I don't think that there's anything magical about LLMs that would let them get around fundamental mathematical roadblocks.

Comment Re:This sounds like a bad idea (Score 4, Insightful) 43

That's OK. Your iris data will be uploaded to Palantir to match up with your other biometric information, along with the total dossier that is you.

This will be compared to the Amazon adware databases, vetted against your FBI profile, crosschecked with Google, purchased by Meta, aligned with various space lasers through the Starlink Alliance, and weighed against various API sets for corroboration.

You were screwed years ago.

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