Tootfinder

One day, these sons of bitches are going to get what’s coming to them. That day, I will be shedding zero tears. I just hope they don’t take the rest of us down with them. And if we keep being complicit and allowing them to act with impunity, I’m afraid that’s exactly what’s going to happen.
https://www.bbc.com/news/live/cn5ge95q6y7t…

Iran's Supreme Leader Ayatollah Ali Khamenei killed in US-Israel attack - follow live
Iran's Revolutionary Guard Corps has vowed a "devastating" retaliation following the supreme leader's death.

I have some sketches of an essay that I need to write, but I think it's worth brain-dumping a bit more in the mean time.
#LLMs are an attempt to make tech grow forever. But like, how many "your mom/a friend, but done by a precarious worker instead" apps do we really need? Everything right now is in the AI grift hole, but there's almost nothing of interest (even if you ignore the ethical concerns). Like, no, I don't fucking want a robot to lie to me about my groceries. That doesn't sound like a useful feature. There's a lot of useless shit being pumped out to prop up the bottom line, and a lot of people just want to be able to use their old phone for more than a couple of years.
No one is happy with this. No one wants this. Except the billionaires who are forcing us all to drink the capitalism koolaid, because they'd rather exterminate life on earth than live in a world where they experience consequences.
Nothing grows forever. That's not how literally anything in reality works, or has ever worked, at all in history. Some people think that the universe itself may work like that, but that's only an educated guess. Finite things don't grow forever. Every organism, every society, every technology, every dynamic and adaptive system we have ever known goes through a growth phase and then goes in to a stabilization phase. Or, following a Malthusian pattern, grows until it reaches a catastrophic point and collapses. Like lemmings. Or reindeer. Or cancer.

There are some changes for the 2026 tax filing season that people who are 65 years of age and older should be aware of.
The most recent being the enhanced deduction for seniors
https://www.irs.gov/newsroom/2026-filing-season-updates-and-resources-for-…

slop consequences 🥹
I have no illusions that there's gonna be any once slop code does harm, tho. After all, companies got away with all kinds for hand-crafted, artisanal negligence for decades.
https://futurism.com/artificial-intelligence/ars-tech…

Ars Technica Fires Reporter After AI Controversy Involving Fabricated Quotes
Ars Technica has fired senior AI reporter Benj Edwards following an outrage-sparking controversy involving AI-fabricated quotes.

Microsoft Cuts Price of Xbox Game Pass Ultimate | IGN
https://www.ign.com/articles/microsoft-drops-price-xbox-game-pass-ultimate

Microsoft Drops Price of Xbox Game Pass Ultimate - IGN
Microsoft has dropped the price of Xbox Game Pass Ultimate from $29.99 per month to $22.99 per month, while PC Game Pass is being reduced from $16.49 per month to $13.99 per month. Both changes are effective immediately. Meanwhile, new Call of Duty games will no longer be included as day-one releases in either service, and instead will be added "during the following holiday season (about a year later)," according to Microsoft. Call of Duty games that are already part of any tier of Game Pass a…

Hidden Higher-Order Vulnerabilities in Simplicial Complexes Revealed by Branch-Consistent Functional Robustness
Kaiming Luo
https://arxiv.org/abs/2603.24286 https://arxiv.org/pdf/2603.24286 https://arxiv.org/html/2603.24286
arXiv:2603.24286v1 Announce Type: new
Abstract: Robustness of higher-order networks is often quantified by the instantaneous smallest positive eigenvalue of the Hodge $1$-Laplacian under simplex deletion. We show that this observable is generically ill-defined: along a deletion trajectory, eigenvalue branches can switch, so the quantity being monitored may correspond to different nonharmonic modes at different steps. The primary issue is therefore definitional rather than algorithmic. We resolve it by fixing the first nonharmonic branch of the intact complex and following that same branch throughout the damage process, which defines a branch-consistent functional robustness. Triangle sensitivities then follow directly from first-order perturbation theory, making the resulting mode-sensitive deletion protocol a consequence of the observable itself rather than an independent heuristic. Across synthetic and empirical clique complexes, removing only a small fraction of triangles is sufficient to drive the tracked mode to collapse, while graph-level observables remain unchanged because the $1$-skeleton is exactly preserved. The same framework also reveals bridge-like localization of functionally critical simplices and provides a compact predictor of dynamical timescales.
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