Tineye’s oldest match is here:

https://iamsuuuuuuupertired.tumblr.com/post/611573131181686784

I don’t have a Tumblr account, so I can’t view it.

At a meeting in April, xAI staff lawyer Lily Lim told employees that they would need to submit their biometric data to train the AI companion to be more human-like in its interactions with customers, according to a recording of the meeting review by the Journal.

Employees that were assigned as AI tutors were instructed to sign release forms granting xAI “a perpetual, worldwide, non-exclusive, sub-licensable, royalty-free license” to use, reproduce, and distribute their faces and voices, as part of a confidential program code-named “Project Skippy.” The data would be used to train Ani, as well as Grok’s other AI companions.

Huh.

I wonder if xAI has transexual employees, and if so, how socially-conservative users feel about conversing with a composite AI incorporating said data sources.

ed is, in fact, in the POSIX standard.

https://pubs.opengroup.org/onlinepubs/9799919799/

Shell & Utilities -> Utilities -> ed

In fact, it looks like ex and sed, both child editors of ed, are baked into the standard. No pico-family editors.

Ed is kinda-sorta great-granddaddy vim.

https://en.wikipedia.org/wiki/Ed_(software)

ed (pronounced as distinct letters, /ˌiːˈdiː/)[1] is a line editor for Unix and Unix-like operating systems. It was one of the first parts of the Unix operating system that was developed, in August 1969.

Dennis M. Ritchie produced what Doug McIlroy later described as the “definitive” ed,[5] and aspects of ed went on to influence ex, which in turn spawned vi.

https://en.wikipedia.org/wiki/Vi_(text_editor)

Vim (“Vi IMproved”) has many additional features compared to vi, including (scriptable) syntax highlighting, mouse support, graphical versions, visual mode, many new editing commands and a large amount of extension in the area of ex commands.

I’ve never used qed, but it sounds like that might be considered even one step back:

https://en.wikipedia.org/wiki/Ed_(software)

Many features of ed came from the qed text editor developed at Thompson’s alma mater University of California, Berkeley.

https://en.wikipedia.org/wiki/QED_(text_editor)

Initial release: 1967

I guess TECO — which I also have not used — would kinda-sorta be the emacs analog:

https://en.wikipedia.org/wiki/TECO_(text_editor)

TECO (/ˈtiːkoʊ/[1]), short for Text Editor & Corrector, [2] [3][4] is both a character-oriented text editor and a programming language,[5][6] that was developed in 1962 for use on Digital Equipment Corporation computers, and has since become available on PCs and Unix. Dan Murphy developed TECO while a student at the Massachusetts Institute of Technology (MIT).

It was subsequently modified by many other people[7] and is a direct ancestor of Emacs, which was originally implemented in TECO macros.

EDIT: Actually…hmm. Now that I think of it, I might have briefly used TECO on a DEC VAX/VMS cluster. IIRC, I mostly used EVE, though.

EDIT2: Hmm. Apparently someone has ported TECO to Linux:

https://www.almy.us/teco.html

TECO, that grand old text editor your father used when he was young, is still available! It is powerful and compact precursor to EMACS and has a completely nongraphical user interface. This is based on Pete Siemsen’s TECOC implementation, and comes with a copy of the original DECUS TECO documentation.

Do I need a paper tape punch and reader to use TECO?

No. Modern TECOs will also edit text files.

Is TECO fast?

Yes, it’s probably the fastest editor available

While I’m maintaining the files as I had worked on them and downloads here, Blake McBride has taken the source code, added the video/scope mode, fixed bugs and improved the speed (not that it is slow!), documented the changes and has it available in GitHub. Go here for his work https://github.com/blakemcbride/TECOC

tries building it

Hah. It takes under a third of a second to compile on my system:

$ git clone https://github.com/blakemcbride/TECOC.git
$ cd TECOC/src
$ time make -j32 -f makefile.linux >/dev/null 2>&1

real    0m0.296s
user    0m2.341s
sys     0m0.874s
$

Hmm. Yeah, I don’t remember how to use this at all, if I did use it. Looks like the command syntax is a little like ed’s, but you whack Escape twice to execute commands. Each press of Escape displays a dollar sign.

Intro guide © 1972: https://ia902906.us.archive.org/25/items/bitsavers_decpdp10TOandbook04tecoIntro_1457616/04_tecoIntro_text.pdf

$ ./tecoc
*Ihello, world!$$
*EWtest.txt$$
*EX$$
$ cat test.txt; echo
hello, world!
$

Clearly does work, though.

https://www.tomshardware.com/pc-components/storage/perfect-storm-of-demand-and-supply-driving-up-storage-costs

OpenAI’s “Stargate” project has recently signed an agreement with Samsung and SK hynix for up to 900,000 wafers of DRAM per month. That figure alone would account for close to 40% of global DRAM output.

High-density NAND products are effectively sold out months in advance. Samsung’s next-generation V9 NAND is already nearly booked before it’s even launched. Micron has presold almost all of its High Bandwidth Memory (HBM) output through 2026. Contracts that once covered a quarter now span years, with hyperscalers buying directly at the source.

If China’s going to compete on AI, it’s going to be doing so with a limited supply of memory, I expect.

They’re not venomous, but I bet that you could convince one to bite you.

From what I have read, he’s still likely to be able to line up enough votes to get his $1 trillion pay package (and the associated voting rights), despite a lot of major institutional investors being in opposition. But we’ll see when the vote goes though.

I think that Tesla can probably get a more-effective CEO for less money, personally. Even if he leaves as CEO, he still owns 15% of Tesla and is fabulously wealthy as a result. I don’t feel like he’s getting a bad deal.

I do think that there are some arguments that the SEC should pass some regulation to help ensure board-CEO independence; part of the issue is that the board, which is supposed to oversee Musk, has been considered to be acting on his behalf by quite a few people. I don’t think that it will happen under the present administration, though.

“If everything around you is dying, go to ground. Feed on their corpses to survive. Mate. When trees regrow, take advantage of them. No matter how long it seems, the hard times will end. In the end, it is not the largest or the strongest that will dominate, but the survivors.”

— Purgatorius, great-grand-daddy of us, 66 million years back

In life, it would have resembled a squirrel or a tree shrew (most likely the latter, given that tree shrews are one of the closest living relatives of primates, and Purgatorius is considered to be the progenitor to primates)

The oldest remains of Purgatorius date back to ~65.921 mya, or between 105 thousand to 139 thousand years after the K-Pg boundary.[4]

https://en.wikipedia.org/wiki/Cretaceous–Paleogene_extinction_event

The Cretaceous–Paleogene (K–Pg) extinction event,[a] formerly known as the Cretaceous-Tertiary (K–T) extinction event,[b] was a major mass extinction of three-quarters of the plant and animal species on Earth[2][3] approximately 66 million years ago. The event caused the extinction of all non-avian dinosaurs. Most other tetrapods weighing more than 25 kg (55 lb) also became extinct, with the exception of some ectothermic species such as sea turtles and crocodilians.

A wide range of terrestrial species perished in the K–Pg mass extinction, the best-known being the non-avian dinosaurs, along with many mammals, birds,[22] lizards,[23] insects,[24][25] plants, and all of the pterosaurs.[26] In the Earth’s oceans, the K–Pg mass extinction killed off plesiosaurs and mosasaurs and devastated teleost fish,[27] sharks, mollusks (especially ammonites and rudists, which became extinct), and many species of plankton. It is estimated that 75% or more of all animal and marine species on Earth vanished.[28] However, the extinction also provided evolutionary opportunities: in its wake, many groups underwent remarkable adaptive radiation—sudden and prolific divergence into new forms and species within the disrupted and emptied ecological niches. Mammals in particular diversified in the following Paleogene Period,[29] evolving new forms such as horses, whales, bats, and primates.

K–Pg boundary mammalian species were generally small, comparable in size to rats; this small size would have helped them find shelter in protected environments. It is postulated that some early monotremes, marsupials, and placentals were semiaquatic or burrowing, as there are multiple mammalian lineages with such habits today. Any burrowing or semiaquatic mammal would have had additional protection from K–Pg boundary environmental stresses.[94]

Due to the wholesale destruction of plants at the K–Pg boundary, there was a proliferation of saprotrophic organisms, such as fungi, that do not require photosynthesis and use nutrients from decaying vegetation. The dominance of fungal species lasted only a few years while the atmosphere cleared and plenty of organic matter to feed on was present. Once the atmosphere cleared photosynthetic organisms returned – initially ferns and other ground-level plants.[172]

Sixteen percent of GDP…The United States has tethered 16% of its entire economic output to the fortunes of a single company

That’s not really how that works. Those two numbers aren’t comparable to each other. Nvidia’s market capitalization, what investors are willing to pay for ownership of the company, is equal to sixteen percent of US GDP, the total annual economic activity in the US.

They’re both dollar values, but it’s like comparing the value of my car to my annual income.

You could say that the value of a company is somewhat-linked to the expected value of its future annual profit, which is loosely linked to its future annual revenue, which is at least more connected to GDP, but that’s not going to be anything like a 1:1 ratio, either.