force LLMisation
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force LLMisation
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Gli ultimi otto messaggi ricevuti dalla Federazione
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@Uilebheist @delain @ggg @spanezz @lorenzo
niente, non ce la fanno: se non ci sono brogli non è @ChieseBrutte
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@selzero no, agnosticism is the claim that it's impossible to know, regardless of existence.
This can be a basis for strong atheism («it's impossible to know, therefore it doesn't exist», which is basically Russell's teapot argument), but is also compatible with weak atheism («it's impossible to know, and/so I don't have a particular opinion about its existence»), but also with theism («it's impossible to know, but I still believe it exists», which is actually the basis of pure faith).
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Pranzo: due etti di riso in bianco. Uscirò mai da questo loop?
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🚇🏛️ 𝗔 𝗥𝗼𝗺𝗮 𝗹𝗮 𝗺𝗲𝘁𝗿𝗼𝗽𝗼𝗹𝗶𝘁𝗮𝗻𝗮 𝗱𝗶𝘃𝗲𝗻𝘁𝗮 𝗺𝘂𝘀𝗲𝗼
Con l’apertura delle "archeostazioni" Colosseo/Fori Imperiali e Porta Metronia, la Linea C racconta 2.000 anni di storia nel sottosuolo della Capitale.
#Roma #LineaC #Archeologia #StazioniMuseo #Colosseo #PatrimonioCulturale #ArcheologiaPreventiva
➡️ I dettagli su Storie & Archeostorie: https://wp.me/p7tSpZ-bCF
https://storiearcheostorie.com/2025/12/18/linea-c-roma-stazioni-museo-colosseo-porta-metronia/
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Winterthur: Gisi resta! No al profitto sugli alloggi!
@anarchia
Venite alla manifestazione “Gisi resta” 20.12.2025 Stazione centrale Winterthur, Svizzera Come forse già saprete, la Fondazione Stefanini per l’arte, la cultura e la storia SKKG intende sgomberare nel febbraio 2026 la Gisi https://www.rivoluzioneanarchica.it/winterthur-gisi-resta-no-al-profitto-sugli-alloggi/
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@oblomov so agnostic is based on the presumption that deities do exist?
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A Latvian crew member was detained for installing a RAT on an Italian ferry:
https://bsky.app/profile/davidshipley.bsky.social/post/3ma7qtm4zec2j
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Neutrino Transmutation Observed For the First Time
Once upon a time, transmutation of the elements was a really big deal. Alchemists drove their patrons near to bankruptcy chasing the philosopher’s stone to no avail, but at least we got chemistry out of it. Nowadays, anyone with a neutron source can do some spicy transmutation. Or, if you happen to have a twelve meter sphere of liquid scintillator two kilometers underground, you can just wait a few years and let neutrinos do it for you. That’s what apparently happened at SNO+, the experiment formally known as Sudbury Neutrino Observatory, as announced recently.
The scinillator already lights up when struck by neutrinos, much as the heavy water in the original SNO experiment did. It will also light up, with a different energy peak, if a nitrogen-13 atom happens to decay. Except there’s no nitrogen-13 in that tank — it has a half life of about 10 minutes. So whenever a the characteristic scintillation of a neutrino event is followed shortly by a N-13 decay flash, the logical conclusion is that some of the carbon-13 in the liquid scintillator has been transmuted to that particular isotope of nitrogen.
That’s not unexpected; it’s an interaction that’s accounted for in the models. We’ve just never seen it before, because, well. Neutrinos. They’re called “ghost particles” for a reason. Their interaction cross-section is absurdly low, so they are able to pass through matter completely unimpeded most of the time. That’s why the SNO was built 2 KM underground in Sudbury’s Crieghton Mine: the neutrinos could reach it, but very few cosmic rays and no surface-level radiation can. “Most of the time” is key here, though: with enough liquid scintillator — SNO+ has 780 tonnes of the stuff — eventually you’re bound to have some collisions.
Capturing this interaction was made even more difficult considering that it requires C-13, not the regular C-12 that the vast majority of the carbon in the scintillator fluid is made of. The abundance of carbon-13 is about 1%, which should hold for the stuff in SNO+ as well since no effort was made to enrich the detector. It’s no wonder that this discovery has taken a few years since SNO+ started in 2022 to gain statistical significance.
The full paper is on ArXiv, if you care to take a gander. We’ve reported on SNO+ before, like when they used pure water to detect reactor neutrinos while they were waiting for the scintillator to be ready. As impressive as it may be, it’s worth noting that SNO is no longer the largest neutrino detector of its kind.
