Tootfinder

Dienstag: Alternativer App-Store bei Google Play, Meta mit offenem KI-Modell
Google fügt sich US-Justiz Meta veröffentlicht Muse Glimmer Bezos vor Einstieg bei Liverpool Drohenabwehr wird ausgebaut Zwist um Huawei in Argentinien

Dienstag: Alternativer App-Store bei Google Play, Meta mit offenem KI-Modell
Google fügt sich US-Justiz + Meta veröffentlicht Muse Glimmer + Bezos vor Einstieg bei Liverpool + Drohenabwehr wird ausgebaut + Zwist um Huawei in Argentinien

Werbeeinblendung: "Unser ETF hat 90% Marktabdeckung!"
OK, aber denkt ihr wirklich, dass das ein gutes Argument ist, wenn ~50% des Marktwertes aus einer Blase aus Firmen und Zulieferern bestehen, die noch immer kein Konzept haben? Gibt es eigentlich schon analog zu Ex-Agri & Co schon ein Ex-AI XD

«Agentic Workflows — Github-KI leakt Daten aus privaten Repos:
Die Agentic Workflows von Github erweisen sich beim Datenklau aus privaten Repositorys offenbar als sehr kooperativ. Ein Fix ist nicht zu erwarten.»
Ach du heiligen Scheibenkleister! Ein Argument mehr um GitHub (geschäftlich) nicht mehr zu nutzen. Andere Git Dienstleister sind sicherlich nicht viel besser aber doch sollte man den aussuchen dem einem Entspricht.
🧑‍💻

Agentic Workflows: Github-KI leakt Daten aus privaten Repos - Golem.de
Die Agentic Workflows von Github erweisen sich beim Datenklau aus privaten Repositorys offenbar als sehr kooperativ. Ein Fix ist nicht zu erwarten.

The deadly 2025 Eaton fire in the Los Angeles area was caused by equipment belonging to the utility company Southern California Edison, fire officials said in a report released on Tuesday.
Los Angeles county fire officials found that the cause of the fire that killed 19 people and destroyed or damaged more than 9,000 homes and businesses was
⚠️a tower that was not in service, according to the report.
“After 18 months of thorough review of all evidence, alongside retained el…

Devastating LA wildfire sparked by utility company tower, long-awaited report finds
Investigators pin blame for Eaton fire, which killed 19 people and ruined thousands of homes, on ‘electrical arcing events’ at out-of-service tower

The repression of all beings who are not white males is one of the incentives that propel patriarchies. The chain of violence often starts with cruelty to animals, moves on to women, children, people of colour, the neurodiverse and people with non-standard sexuality.

Bright Galaxies at Cosmic Dawn: A Cloud-Scale Star Formation Model Unifying Variable SFE, IMFs, and Stochasticity
Elie Cueto, Anne Hutter
https://arxiv.org/abs/2607.18868 https://arxiv.org/pdf/2607.18868 https://arxiv.org/html/2607.18868
arXiv:2607.18868v1 Announce Type: new
Abstract: To investigate the origins of the high abundance of UV-bright galaxies at z > 10, we present a new semi-analytic model that bridges the gap between small-scale star formation physics and large-scale galaxy evolution by explicitly tracking discrete star-forming clouds within smoothly evolving dark matter potentials. Unlike conventional semi-analytic models, our approach naturally captures the stochasticity of star formation, allowing us to isolate how cloud properties, star formation efficiencies (SFEs), and stellar initial mass functions (IMFs) shape the star-formation burstiness of early galaxies. Clouds are drawn sequentially from a cloud mass distribution, assigned an SFE and IMF depending on cloud mass, metallicity, and redshift, and evolve under the influence of short-timescale stellar feedback. We identify three distinct star formation regimes arising from the interplay between cloud masses, densities, and feedback timescales: a stochastic, feedback-limited regime in low-mass halos with long quiescent phases; a bursty regime regulated by the cloud mass distribution; and a smooth, continuous regime in massive halos. Our fiducial model adopts a dynamic IMF, an SFE linked to cloud properties and the IMF, and massive, moderately dense clouds. Varying assumptions reveals that top-heavy IMFs and enhanced SFEs in massive clouds amplify burstiness, while altering the upper cloud mass or density normalisation is secondary. Among model ingredients, the IMF most strongly impacts the UV luminosity function (LF), while switching to a constant SFE boosts the faint end, and reducing the maximum cloud mass decreases the bright end. These results demonstrate that cloud-scale physics critically shape early galaxy UV luminosity distributions.
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Wisst was ich an Menschen echt hasse, das ist Respektlosikeit, Aroganz und Unzuverlässigkeit. Das letzte ganz besonders, wenn man jemand zu mir sagt,hey ich komme zu dieser Zeit oder Zeitfenster und er oder sie kommt nicht und sagt nicht mal bescheid ... dann ist das erstmal Respektlos mir gegenüber, aber ist auch Unzuverlässigkeit und würde desen Menschen nicht so blind vertrauen.
Und das sind zwei Eigenschaften, die in Deutschland einige Dienstleister haben.
Sehr verwerflich ..…

Moduli of the Sourceless Framed Beltrami-Vekua Normal Form
Daniel Alay\'on-Solarz
https://arxiv.org/abs/2608.05459 https://arxiv.org/pdf/2608.05459 https://arxiv.org/html/2608.05459
arXiv:2608.05459v1 Announce Type: new
Abstract: We study the moduli of sourceless framed Beltrami-Vekua equations under recombinations of the unknown, scalings, and orientation-preserving changes of variables. On every bounded simply connected domain, such an equation reduces to $w_{\bar z}=B\bar w$ on the unit disk, with residual symmetries given exactly by zero-free holomorphic gauges and M\"obius transformations. When $B$ is zero-free, the equation is completely classified by two data modulo M\"obius: the hyperbolic mass density $\vartheta=\tfrac14(1-|z|^2)^2|B|^2$ and the phase-curvature current $K=\Delta\arg B$, whose hyperbolic density at $C^2$ regularity is $\kappa=\Delta_{\mathrm{hyp}}\arg B$. We determine the exact range of these invariants: every positive H\"older density and every phase current arising as the Laplacian of a H\"older phase occur. For fields with zeros, the classification extends to the phase-integrable sector through the triple $(\vartheta,d\eta,d{\star}\eta)$, where $\eta=\operatorname{Im}(dB/B)$. On the tame sector, $d\eta$ is the atomic charge measure, while $d{\star}\eta$ carries the remaining phase curvature. Thus the pseudo-analytic mass and charge are numerical projections of a larger infinite-dimensional moduli space. Explicit equal-mass, equal-charge, inequivalent equations are exhibited.
toXiv_bot_toot

Einflusskampf um Lateinamerika https://www.german-foreign-policy.com/news/detail/10466

Generalized Constraint Projection: Four-Dimensional Type Inference for Dynamic Languages
Qunhui Zhang
https://arxiv.org/abs/2607.19693 https://arxiv.org/pdf/2607.19693 https://arxiv.org/html/2607.19693
arXiv:2607.19693v1 Announce Type: new
Abstract: Type inference for dynamically typed languages must reconcile four distinct sources of evidence for function parameters: internal assignments, explicit declarations, contextual requirements, and structural operations. Existing systems often merge these sources into one constraint set, causing spurious conflicts or requiring redundant annotations. We present Generalized Constraint Projection (GCP), a zero-annotation inference framework that stores the four sources in separate monotone slots on a stable definition-time template and checks each call in a fresh projection session. Ordinary calls verify concrete arguments and specialize return types without modifying the template, while currying produces residual projected functions. GCP uses Outline Equational Matching (OEM), a structural compatibility preorder with an open bidirectional delegation protocol, and future this, a receiver-preserving extension for subtype-refining fluent APIs. On the strict success fragment of a finite-height type preorder, we prove monotonicity, local and global convergence in $O(Nh_T)$ effective updates, conditional projection-obligation soundness, projection termination, multi-module convergence, and order independence under fair monotone iteration. For the pure, recursion-free core Outline0, we additionally prove big-step evaluation definedness, type preservation, runtime receiver retention, and projection-evaluation coherence. We instantiate GCP in the Outline dynamic language as a typed substrate for ontology worlds and apply it to unannotated Python source to recover PEP 484 annotations for downstream compilation.
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