In my experience it is, how effective it is is directly proportional to preexisting project complexity when the commands are run. The bigger the project, and the more parts that are interfacing together, the worse it performs. But for small, simple projects and creating frameworks, it can be amazing.

I'm not sure what "Building the Metaverse" is supposed to even mean anymore. Is he still obsessed with Ready Player One fantasies?

I mean, if he's just talking about generating 3d assets and the like, then maybe? AI 3d model generation is pretty useful if you don't care about every tiny detail matching up to some specific form. For example, I used an AI tool to make an image of an ancient mug with cave-art scrawled around its edges. It got the broad shapes of the model right, but had trouble with the fine engravings, making a lot of them part of the texture rather than the shape, but overall it was good enough that I just left off the engravings, had it generate a mug without them, then re-applied them with a displacement map. It got all the cracks and weathering and such on the mug really nice, and the print came out great after post-processing (cold-cast bronze + patina & polishing).

(I ended up switching from cave art to Linear A, because I also plan to at some point make a Linear B mug so that I can randomly offer guests one of the two mugs, have them rate it, and thus conduct Linear A-B Testing)

It's a cute "attack", but not practical in the real world. The "poison" stands out like a sore thumb on your loss graphs.

It's so easy to get tempted into feature bloat these days. You need a microcontroller for some simple set of features, like doing PWM control on a fan and handling a rotary switch, so you get something like a Seeed Studio XIAO ESP32S3 that's the size of a thumbnail and costs like $10, but then all of the sudden you have way more processing, memory capacity, pins, etc than you need, and oh hey, you now have USB, Bluetooth, and WiFi, and surely you should at least do SOMETHING with them, right? But the hey, for just a little bit of extra cost you could upgrade to a XIAO ESP32S3 Sense, and now you have a camera, microphone, and SD card, so you can do live video streaming, voice activation, gesture recognition... .... it really creeps up on you, because there's so much functionality in cheap, small packages today.

The irony though is that nobody really seems to bundle together everything one needs. Like, could we maybe have such a controller that also has builtin MOSFETs, USB + USB PD charging, BMS (1S-6S) functionality, and maybe a couple thermocouple sensors? Because most small devices need all these basic features, and it's way more cost, space, weight and effort to integrate separate components for all of them. The best I've found is a (bit overbuilt) card that has USB + USB PD (actually 2 of each, and reverse charging support), BMS support (1-5S), one thermocouple sensor, and a small charging display - but no processor or MOSFETs.

None of the woo "hurt him in terms of accelerating cancer". The problem is that he did that instead of actual treatment, and let a highly treatable cancer turn into a nearly-untreatable one.

When you mentioned "third partner" who cashed out early, I thought for a minute you were going to be talking about Ronald Wayne - what a life of bad decisions he made ;)

For those not familiar:

He got 10% of the original Apple stock (drew the first Apple Logo, made the partnership documents, wrote the Apple I manual, etc).
Twelve days later, he sold it for $800.
Okay, but he could still try to claim rights in court... nah, a year later he signed a contract with the company to forfeit any potential future claims against the company for $1500.
Okay, well, it's not like he had an opportunity to rethink... nah, Jobs and Wozniak spent two years trying to get him back, to no avail.
Okay, but he still had, like memorabilia he could hawk from the early days, like his signed contract. Nah, he sold that for $500 in 2016.
And that contract went on later to be sold for $1,6 million.
Okay, well, I'm sure he went on to do great things... nah, he ended up running a tiny postage stamp shop.
Which he ended up having to move into his Florida home because of repeated break-ins.
Which he then had to sell after an inside-job heist bankrupted him.

Jobs committed suicide-by-woo. He didn't "turn away from traditional therapy because it can't keep up with rapidly advancing metastasis", he turned away from treatment for a perfectly treatable form of cancer for nine months to try things like a vegan diet, acupuncture and herbal remedies, and that killed him.

Steve Jobs had islet cell neuroendocrine tumor. It's much less aggressive than normal pancreatic adenocarcinoma. The five-year survival rate is 95% with surgical intervention. Jobs was specifically told that he had one of the 5% of pancreatic cancers "that can be cured", and there was no evidence at the time of his diagnosis that it had spread. Jobs instead turned to woo. Eight months later, there was signs on CT scans that his cancer had grown and possibly spread, and then he finally underwent surgery, it was confirmed that there were now secondary tumors on his liver. His odds of a five-year survival at this point were now 23%. And he did not roll that 23%.

Jobs himself regretted his decision to delay conventional medical intervention.

I did some proof of concept tests with both Pointer Lock and PointerEvents, but both failed because you don't get *any* data if you're not moving the mouse, and only get (heavily rounded) datapoints when you do move the mouse. You'd need raw access to data coming from the mouse, before even the mouse driver, to do what they did.

You *might* be able to pull off a statistical attack, collecting noise in the fluctuations of movement positions and timing in the data you receive when the mouse *is* moving. But I can't see how that could possibly have the fidelity to recover audio, except for *maybe* really deep bass. And again, it'd only apply for when the mouse is actually moving.

Neat attack, but not really practical in the browser.

Actually, I retract my earlier statement. I had read something about Tinker earlier today on another site, but crossreferencing, it appears to have been wrong.

This product is a 'me too' since there's already tools to help you fine tune various Big Player models.

That's not what this is. This is a tool for creating foundation models.

Would you prefer the word "proprietary"? Because AFAIK that's all he means by that.

My sympathies for your lose.

[Eye twitch] [Eye twitch]

"Jane Goodall, Famed Primatologist "

Also, famed primate.

The evidence is more the other way around: this is evidence that life could get established there, not evidence that life made these things.

Past studies:

* Volatile, low-mass (100 u) nitrogen- and oxygen-bearing organic species.

* Single-ringed aromatic compounds.

* Complex, high-mass (exceeding 20 u) macromolecular fragments of insoluble organic material, featuring multiple aryl groups connected to hydrocarbon chains, along with nitrogen- and oxygen-bearing groups.

* Aryl (aromatic) and oxygen-bearing compounds in older E-ring grains.

Current study:

* Confirmed aryl and O-bearing compounds in fresh grains (ruling out that they formed due to space weathering)

* Aliphatic O-bearing compounds with carbonyl groups attached to a C2 organic, with acetaldehyde or acetic acid being likely candidates (aldehydes are interesting because they're intermediates precursors in the formation of amino acids)

* Aliphatic and cyclic esters and/or alkenes (on Earth, these are involved in the formation of fats and oils)

* Two classes of ether and/or ethyl compounds (on Earth, these are regularly found in living organisms)

* Tentative N- and O-bearing moieties. Potential candidates for these molecules include derivatives of pyrimidine, pyridine, and nitriles like acetonitrile (such molecules are involved in the reactions that form amino acids).

TL/DR: there may well be not just the atomic building blocks of life in there (CHONPS), but the molecular building blocks as well.