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La presente plantilla de Excel permite calcular la fiabilidad compuesta (CR) de una escala o dimensión psicométrica a partir de las cargas factoriales estandarizadas obtenidas en un an&a…

La presente plantilla de Excel permite calcular la fiabilidad compuesta (CR) de una escala o dimensión psicométrica a partir de las cargas factoriales estandarizadas obtenidas en un análisis factorial confirmatorio. Este indicador estima la consistencia interna considerando el peso real de cada ítem en el constructo, por lo que resulta más preciso que el alfa de Cronbach en modelos con cargas desiguales. El archivo facilita ingresar las cargas, calcular los errores de medición y obtener automáticamente el valor de CR mediante fórmulas, apoyando la interpretación de la validez y confiabilidad de instrumentos en investigaciones psicológicas, educativas y de salud.

This paper develops the confinement account of light propagation near massive bodies, deriving the deflection angle from the confinement gradient and comparing it with the classic solar-deflectio…

This paper develops the confinement account of light propagation near massive bodies, deriving the deflection angle from the confinement gradient and comparing it with the classic solar-deflection calculation. It examines the interface between quantum chaos and the confinement mechanism, and shows how the framework reproduces the observed bending of light without invoking a change in its local speed.

This paper treats black-hole mergers and the cosmological limits of the Movahed Energy Escape Factor (MEEF). It derives the merger dynamics in the confinement picture, shows how the Mo bound…

This paper treats black-hole mergers and the cosmological limits of the Movahed Energy Escape Factor (MEEF). It derives the merger dynamics in the confinement picture, shows how the Mo boundary forbids a singularity and leads to quantised escape jumps, and discusses the energy released when confinement is partially breached. The cosmological limits Mo -> 1 - epsilon are examined. 

This paper develops the relation between the Movahed Energy Escape Factor (MEEF) and the flow of time: time slows as energy becomes more strongly confined, giving a modified time-dilation fo…

This paper develops the relation between the Movahed Energy Escape Factor (MEEF) and the flow of time: time slows as energy becomes more strongly confined, giving a modified time-dilation formula and an internal-clock hypothesis. The predicted yearly mass-loss rate is computed and extrapolated to galactic scales, and the observable consequences for clock comparisons and for the age of long-lived systems are discussed. 

Sistema que, sin intervención humana, selecciona noticias de tecnología publicadas en X, redacta artículos de divulgación científica en español con modelos de lenguaje (Gemini/Gemma) y los publica en …

Sistema que, sin intervención humana, selecciona noticias de tecnología publicadas en X, redacta artículos de divulgación científica en español con modelos de lenguaje (Gemini/Gemma) y los publica en un blog. Corre con cron en una NVIDIA Jetson Nano (2020). Copia saneada del sistema en producción que acompaña un artículo académico en preparación.

The Canadian Climate Governance Reform: Companion Resource accompanies the Governance Potentials and Possibilities for a Post-Carbon Society report and provides practical examples of governance i…

The Canadian Climate Governance Reform: Companion Resource accompanies the Governance Potentials and Possibilities for a Post-Carbon Society report and provides practical examples of governance innovations that address the implementation, accountability, durability, and legitimacy challenges associated with long-term societal transitions. Developed through the SSHRC-funded Carbon Neutrality Canada project, the resource responds to a recurring question raised by policymakers, practitioners, and peer reviewers: what do governance reforms look like in practice? Organized around three governance architectures - Execution, Durability, and Legitimacy - the companion examines Canadian and international examples ranging from the Canada–U.S. Free Trade negotiations, Regional Energy and Resource Tables, and Wah-ila-toos initiative to the United Kingdom Climate Change Act, European Climate Law, Ireland’s Citizens’ Assembly, and Indigenous governance models. For each reform lever, the resource summarizes the example, identifies why it worked, and discusses implications for adaptation within Canadian federalism. The resource also highlights emerging governance innovation opportunities in Canada where mature precedents remain limited, including policy-to-implementation handoffs, institutionalized learning systems, polycrisis governance capacity, and climate-integrated performance systems. Its purpose is to support policymakers, practitioners, researchers, Indigenous governments, and community leaders seeking actionable governance lessons for a post-carbon society.

This is the concentration and associated meteorological dataset used for the publication titled The Evaluation of Volatile Organic Compound Emissions from a Petrochemical Complex in South Korea by Air…

This is the concentration and associated meteorological dataset used for the publication titled The Evaluation of Volatile Organic Compound Emissions from a Petrochemical Complex in South Korea by Airborne Observations in Elementa: Science of Anthropocene. 

This paper extends the escape factor to thermodynamics, modifying the first law of thermodynamics and the statistical-mechanical partition function through the confinement factor based on the&nbs…

This paper extends the escape factor to thermodynamics, modifying the first law of thermodynamics and the statistical-mechanical partition function through the confinement factor based on the Movahed Energy Escape Factor (MEEF) model. It examines energy dissipation and entropy production, projects the thermodynamic behaviour of highly confined systems at extreme temperatures, and compares the resulting scaling with standard results. 

STILL INCOMPLETE — MANY PARTS MAY BE WRONG. This deposit contains the August 2026 revision of the BOS–RCFT research programme. It develops BOS as a relational mathematical architecture in …

STILL INCOMPLETE — MANY PARTS MAY BE WRONG. This deposit contains the August 2026 revision of the BOS–RCFT research programme. It develops BOS as a relational mathematical architecture in which physically distinguishable structures are modeled as holes: persistent organizations of finite capacity characterized by admissible states and changes, boundaries, flows, coupling relations, modes, closure conditions, and interactions. The structural relation [G_H=T_F] is retained as the central BOS slogan, but its interpretation is refined. It is not treated as a literal equality between geometry and energy, or between geometry and instantaneous flow. Instead, it expresses a self-consistent relation between the relational geometry of a persistent system and the flows, interactions, and constraints that constitute and maintain that geometry. In the more technical formulation, geometry and flow are treated as mutually constraining parts of a fixed-point structure rather than as identical mathematical objects. The revision also rejects the assumption that three-dimensional Euclidean space must be fundamental. Space is instead explored as an emergent relational structure generated by a dynamical network of couplings. Effective dimension is treated as a property of accessible relational pathways rather than a primitive coordinate count. A candidate dimension-selection mechanism is developed in which quadratic and quartic relational closure energies favor stable finite-size structures in the interval (2<d<4), while compact non-Abelian topology independently supports additive integer winding in three spatial dimensions. The paper further examines how the formation of persistent holes may redistribute finite coupling capacity and thereby help pin the relational phase that supports them. These results are presented as candidate mechanisms, not as established derivations of three-dimensional space. Finite capacity is treated as an admissibility constraint rather than simply another energy contribution. This distinction allows a hole to evolve continuously within its viable state region while identifying the boundary of that region with a possible capacity-induced closure transition, such as reorganization, splitting, decay, nesting, or change of physical regime. Higher-order terms such as (E_6) are not assumed to be forbidden; their role and relevance remain part of the open mathematical problem. The earlier idea of one universal scalar depth is also replaced by a typed, transition-relative depth profile. Energetic, spectral, temporal, structural, topological, gravitational, and other forms of depth may therefore be defined separately according to the transition, escape, relaxation, or failure process being considered. Depth is consequently downstream of the system's relational geometry, admissible capacity, constitutive dynamics, and chosen transition class, rather than being identified directly with any one of them. The paper further develops transduction, local clock domains, oscillatory and waveband descriptions, matter and topological closure, radiation, coherence, living and maintained systems, Machian relational background structure, gravity, weak-field consistency tests, and possible strong-field capacity limits. In the gravitational sector, rest mass, binding energy, heat, radiation, pressure, and stress are treated as different manifestations of the complete stress-energy content that any viable capacity-based description must reproduce. General relativity remains the required tested macroscopic limit; the proposed capacity interpretation is not presented as a replacement for established gravitational results. This is not a completed physical theory. Important problems remain open, including derivation of the primitive relational action from a smaller set of principles, demonstration that generic dimension-free network dynamics actually produce a macroscopic three-dimensional phase, quantitative determination of coupling and capacity scales, derivation of the full dynamical content behind (G_H=T_F), recovery of Lorentzian and spin-2 gravitational dynamics, strong-field predictions, cosmological evolution, and experimentally distinguishable departures from existing theories. The work is shared as an evolving research programme for mathematical criticism, comparison with established physics, numerical investigation, refinement of its primitive assumptions, and, wherever possible, falsification.