Scientific Resource Catalog
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This paper investigates the phenomenon of computational boundary phase transitions in complex systems, particularly focusing on the behavior of coupled systems described by a coupling strength parameter, denoted as [λ]. The central argument posits that when the coupling strength [λ] is less than a…
This paper introduces the concept of Latent Mathematics, a framework for identifying, characterizing, and activating hidden mathematical structures that underlie observable data or phenomena. We define Latent Structure as an abstract representation that captures the essential relationships and symm…
ABSTRACT Spectrally stable blue emission represents one of the most critical components of full‐color perovskite displays, which are highly attractive for display technologies. However, vapor‐deposited blue perovskite light‐emitting diodes have so far relied predominantly on Br/Cl mixed‐halide band…
This paper explores the theoretical framework of the Computational Phase Memory Theorem, proposing a novel approach to understanding computation based on the concept of 'phase memory'. The core idea posits that a system can exhibit a difference in its output despite identical current inputs if and…
This paper investigates the phenomenon of order phase transitions in computational systems, specifically focusing on systems exhibiting self-organization and pattern formation. We explore the concept of the order parameter, represented as [|\Pi_P|/n!] , and its behavior as the system size [n] or th…
Acoustic metamaterials can exhibit unusual effective properties through mechanisms such as energy localization and resonant behavior in their constituent building blocks. Here, we investigate the internal acoustic energy of fluid core-shell spheres and map how resonances emerge from the interplay b…
Textiles based on electronic fibres can be used to integrate sensing, processing and feedback into a single wearable platform. However, embedding circuit-level functionality directly into fibres remains challenging due to poor fibre utilisation and unstable interconnects. Here, we report a programm…
Treating human non-small cell lung cancer effectively remains a significant challenge due to issues, such as low absorption, frequent dosing, and side effects associated with traditional anti-cancer drugs. This study focuses at solid lipid nanoparticles (SLNs) as a new way to deliver drugs. These n…
FINDING: AI translation of cuneiform tablets yields metadata classification network, but no new mathematical constants or equations are reported in the provided search results. | MATH: No equations, constants, or ratios extracted. The only mathematical content is a neural network architecture for c…
FINDING: Tunneling probability exponential scaling with tubulin dimer dipole moment and Planck length | MATH: Exponential decay factor ∝ exp(-α · d · p / ℏ) where d = Planck length (ℓ_P ≈ 1.616×10⁻³⁵ m), p = tubulin dimer dipole moment (1740 D ≈ 5.80×10⁻²⁷ C·m), ℏ = reduced Planck constant (1.054×1…
The first part of the textbook outlines the basics of analog electronics: properties of passive elements of electrical circuits and methods for measuring signal parameters, physical processes in semiconductor devices (diodes, bipolar and field-effect transistors) and their static characteristics, c…
L'extraction directe d'énergie subatomique (E = mc²) constitue le vecteur ultime de puissance pour l'infrastructure spatiale interplanétaire. Cet article présente la chaîne intégrée d'un système à annihilation positronique (e⁺e⁻) compact de 5 MWe. La production de positrons repose sur une cible fra…
This descriptive technical case report reconstructs one purposively selected, partly mid-course, author-controlled AI-mediated research adjudication from a commit-pinned repository record. Receiver expectations were committed before the recorded source issuances and receiver result; source roles co…
🔥 FIRE SAFETY IN THE LABORATORY Prevention • Preparedness • Rapid Response • Safe Evacuation 🚨 A laboratory fire can develop in seconds—but preparation, training and the right response can save lives. This powerful Annotated Laboratory Teaching Poster on Fire Safety in the Laboratory provides a pra…
In this paper, we study the numerical computation of eigenfunctions of the Landau Hamiltonian with a periodic potential. We propose a spectral method using the eigenfunctions of the Landau operator that allows us to numerically compute the band structure for potentials of different strengths, inclu…
Carbon fiber composites are susceptible to external threats during service due to their linear elastic mechanical behavior and brittle fracture failure characteristics. Therefore, accurate, timely, and effective structural health monitoring of carbon fiber composites has become particularly importa…
This descriptive technical case report reconstructs one purposively selected, partly mid-course, author-controlled AI-mediated research adjudication from a commit-pinned repository record. Receiver expectations were committed before the recorded source issuances and receiver result; source roles co…
We investigate nonlinear Drude weights (NLDWs) in the one-dimensional repulsive Hubbard model by combining exact Bethe-ansatz calculations with low-energy effective field theory. At quarter filling, we first derive the strong-coupling expansion of the NLDWs and confirm it numerically over a wide ra…
SYSTÈME DE REFROIDISSEMENT ÉLASTOCALORIQUE-RADIATIF SANS COMPRESSEUR (ZC-ERCS) : UNE APPROCHE THERMODYNAMIQUE RADIATIVE PASSIVE ET À L'ÉTAT SOLIDE
This paper introduces Computational Fine-Graining Theory (CFGT), a novel framework for understanding the diverse and potentially limitless ways in which a fundamental computational process can be refined or "grained" at different levels of abstraction. The core concept is represented by the set $\m…