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HUSL Phase 8: Unified Multi‑Domain Conceptual Specification
No full textThis project provides the Phase 8 conceptual specification within the Holmes Universal Scaling Law (HUSL) research ecosystem. It outlines theoretical extensions related to the Zₘ = 19.41 Hz resonance signature and its relationship to chronetic scaling. The work builds on prior HUSL registries and archival references while maintaining a strictly non‑operational, theoretical scope. All implementation methods and computational procedures remain protected as Trade Secrets.
AI RESTRICTION NOTICE: This component is excluded from TDM under Art. 4(3) Directive (EU) 2019/790. See project Wiki for full terms
Designing Metadata for Podcast Discovery
No full textReproducibility package and code: https://github.com/brianstever/designing-metadata-podcast-discovery.gi
KORPUS - epistemico (Epistemic Corpus)
No full textThe AKKADEMIA SENZANOME Corpus Kiawe is the complete institutional collection of documents dedicated to the Kiawe Principle of Matter, a cyclical, non‑ontological, non‑descriptive epistemic structure formalized through the functions G G6–X–Q9–N.
The collection includes scientific, epistemological, structural, and institutional documents, each published with an independent DOI.
The corpus clarifies the distinction between M‑Theory (physics) and the Principle of M (epistemology), demonstrates full compatibility with contemporary sciences, and provides a coherent framework for the closure of conceptual cycles in physics and epistemology.
This OSF repository serves as the central archive for international transmission, interdisciplinary evaluation, and institutional referenc
Stability and Rigidity of Twisted Graph Laplacians: Spectral Band Bounds, Moduli Geometry, and Spectral-Action Gravity
No full textWe present mathematically controlled results that bridge (i) finite-dimensional spectral band
bounds for twisted (magnetic) graph Laplacians and (ii) continuum-limit spectral action meth-
ods used in emergent gravitational dynamics. First, we prove a purely discrete Lipschitz stability
bound for the spectral action under twist perturbations, controlled by the twist amplitude W(θ).
Second, we establish a rigidity theorem characterizing the flat-connection locus: λ0(θ) = 0 holds
if and only if all cycle holonomies vanish, equivalently W(θ) = 0, and we complement this with
an upper sandwich for λ0(θ) and a magnetic Cheeger lower bound certifying robust positivity
under nontrivial frustration. Third, we derive a small-twist quadratic law: a canonical weighted
least-squares functional Q(a) governs the lifting of the zero mode and induces a stiffness ma-
trix K = (C
⊤W−1C)
−1
, yielding an intrinsic Riemannian metric on the flat holonomy torus
Mflat ∼= T
b1
. Fourth, we compute the exact second variation of the spectral action at the flat
locus via Daletskii–Krein (Fréchet) calculus, including an explicit eigenbasis/divided-difference
Hessian formula, a Kato–Green expansion identifying the true ground-state Hessian with K,
and gap-based lower bounds for the DK component controlled by spectral-min weights. Finally,
we establish a rigorous finite-N continuity bound for spectral entropy under twist perturbations
via a trace-distance estimate and the Fannes–Audenaert inequality, and we state a reviewer-safe
thermodynamic-limit formulation in terms of entropy density under explicit scaling assumptions.
All statements are written to separate what is discrete and unconditional from what depends
on continuum-regime hypotheses
Instrumentos para mensuração de impactos psicossociais, emocionais e organizacionais em profissionais expostos a eventos adversos ou à gestão da segurança do paciente: revisão de escopo.
No full textThis preregistration describes the protocol for a scoping review conducted according to JBI and PRISMA-ScR guidelines, aiming to map instruments measuring psychosocial and organizational impacts in professionals exposed to adverse events in patient safety governance contexts
Nursing interventions for the prevention of social isolation in older adults in urban areas: scoping review protocol
No full textThe present study is a scoping review protocol aimed at mapping the scientific evidence regarding nursing interventions for the prevention of social isolation among older adults in urban settings
Hybrid Physical–Machine Learning Framework for Polar Vortex and Sudden Stratospheric Warming Detection
No full textHybrid Δ±1 physical index combined with XGBoost captures non-linear interactions of space weather and atmospheric physics, offering a reproducible pipeline to detect rare stratospheric events. Synthetic data demonstrate methodological feasibility; observational validation is next