Tootfinder

"Capable LLMs require a logic of dominance and of disregarding consent of the people producing the artifacts that are the raw material for the system. LLMs are based on extraction, exploitation and subjugation. Their politics is violence. How does one “liberate” that? What’s the case for open source violence?"
(Original title: Acting ethically in an imperfect world)

Acting ethically in an imperfect world
Life is complicated. Regardless of what your beliefs or politics or ethics are, the way that we set up our society and economy will often force you to act against them: You might not want to fly somewhere but your employer will not accept another mode of transportation, you want to eat vegan but are […]

I’ve lost a lot of respect for Andrewism after his recent upload. It feels disconnected from the reality of working-class life and from anarcho-syndicalism as it actually exists.
This response is a worthwhile read. It doesn’t romanticize work or the working class, but it doesn’t drift into abstract alternatives either. It sits with the fact that we don’t want to be working class, but we are, and that contradiction isn’t something you escape with theory.
I strongly relate to what’…

Apple's iOS 27 update will prioritize cleaning up the operating system's internals, with engineers making changes that could result in better battery life, according to Bloomberg's Mark Gurman.
iOS 27 Mock Quick
The effort is said to be similar to what Apple did with its Snow Leopard Mac update years ago, and will involve removing old code, rewriting existing features, and subtly upgrading apps to improve their performance.
The result should hopefully be a "…

iOS 27 'Rave' Update to Clean Up Code, Could Boost Battery Life
Apple's iOS 27 update will prioritize cleaning up the operating system's internals, with engineers making changes that could result in better...

CAGE: An Internal Source Scanning Cryostat for HPGe Characterization
G. Othman, C. Wiseman, T. H. Burritt, J. A. Detwiler, M. P. Held, R. Henning, T. Mathew, D. Peterson, W. Pettus, G. Song, T. D. Van Wechel
https://arxiv.org/abs/2602.06289 https://arxiv.org/pdf/2602.06289 https://arxiv.org/html/2602.06289
arXiv:2602.06289v1 Announce Type: new
Abstract: The success of current and future-generation neutrinoless double beta decay experiments relies on the ability to eliminate or reduce extraneous backgrounds. In addition to constructing experiments using radiopure materials and handling in underground laboratories, it is necessary to understand and reduce known backgrounds in data analysis. The Large Enriched Germanium Experiment for Neutrinoless double beta Decay is searching for this decay using 76Ge-enriched high-purity germanium detectors submerged in an active liquid argon veto. A significant background in LEGEND is surface events from shallowly-impinging radiation on detector surfaces. In this paper we introduce the Collimated Alphas, Gammas, and Electrons (CAGE) scanning system, an internal-source scanning vacuum cryostat, designed to perform studies of surface events on sensitive surfaces of HPGe in a surface-lab. CAGE features a collimated radionuclide source inside a movable infrared shield that is able to perform precision scans of detector surfaces by utilizing three independent motor stages for source positioning. This allows detailed studies of pulse shapes as a function of source position and incident angle, where defining features can be extracted and exploited for removing surface backgrounds in data analysis in LEGEND. In this paper, we describe CAGE and demonstrate its performance with a commissioning run with 241Am. The commissioning run was completed with the source at normal incidence, and we estimate a beam spot precision of 3.1 mm, which includes positioning uncertainties and the beam-spot size. Using the 59.5 keV gamma population from 241Am, we show that low-energy photon events near the passivated surface feature risetimes that increase with radial distance from the detector center. We suggest a specific metric that can be used to discriminate low-energy gamma backgrounds in LEGEND with similar characteristics.
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