Materials Literature
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This paper introduces the Universal Molecular Grammar (UMG), a conceptual framework aiming to formalize the structure and relationships within chemical compounds. The UMG proposes a hierarchical decomposition of matter, analogous to how language is structured: Letter → Word → Sentence. Specifically, it posits that ele…
This paper introduces the concept of the Molecular Phase Identity Field (MPIF), challenging the conventional view of molecular identity solely determined by atomic composition and structure. It proposes the existence of a dynamic field that influences and dictates the phase state of a given molecular structure. The MP…
In recent decades, due to the rapid development and application of wireless communication, flexible electronics, and smart devices, electromagnetic interference (EMI) and radiation pollution have been intensified, creating an urgent demand for efficient EMI shielding materials. Carbon nanostructures such as graphene a…
This paper presents an RFID-based system for hospital textile management, addressing challenges of textile loss, inventory control, and infection prevention. The system integrates an RFID gate station, handheld RFID readers, and web/mobile software for real-time textile tracking. A cylindrical reflector structure is i…
ABSTRACT We develop a minimal Landau theory of the concomitant intersite charge‐transfer, antiferromagnetic, and isostructural phase transitions in the barocaloric quadruple perovskites (A = La, Pr, Nd, Sm, Eu, Gd, Tb). A non‐symmetry‐breaking order parameter for the Cu–Fe intersite transfer is taken as primary, with…
Industrial steel property prediction is often constrained by limited labelled data, reducing the effectiveness of conventional machine learning models. This study investigated whether metallurgy-informed feature engineering enhances predictive performance under small-data conditions. A representative set of 300 sample…
Classical interfacial physics describes capillary wetting phenomena via surface tension, contact angle and static gravitational equilibrium. It can successfully interpret the geometric morphology of liquid surfaces under equilibrium states. However, existing formulations are cumbersome when characterizing dynamic hyst…
BackgroundThe decommissioning of oil and gas production systems has been increasing significantly as production facilities reach the end of their useful life. This brings forth challenges that are still underexplored, particularly regarding exposure to Naturally Occurring Radioactive Materials (NORM) and its implicati…
Optimasi jembatan rangka baja memerlukan pencarian desain yang ringan tanpa mengurangi kinerja struktur. Penelitian ini mengembangkan kerangka optimasi otomatis dengan mengintegrasikan Particle Swarm Optimization (PSO), Python, dan SAP2000 Application Programming Interface (API) untuk bentang 40, 50, dan 60 m. Variabe…
There are several issues with conventional delivery system such as bioavailability,non-specific distribution, drugs' rapid degradation and system's toxicity and these problems can be overcome by drug delivery system based on nanoparticles. This paper provides a comprehensive review of current trends in nanotechnology-…
Dynamic strain offers a promising route to manipulate tightly bound excitons in two-dimensional semiconductors. Its impact, however, has so far been inferred primarily from time-averaged or spatially integrated measurements. In particular, for dynamic strain driven by surface acoustic waves (SAWs), the relatively smal…
Abstract The escalating demand for multifunctional thermal protection systems (TPS) necessitates advanced materials that concurrently withstand extreme environments and mitigate electromagnetic wave (EMW) radiation. However, single-scale coarse fiber frameworks often suffer from limited polarization interfaces and loo…
This paper introduces the Reaction Intelligence Principle (RIP), a novel framework that moves beyond anthropomorphic notions of "intelligent" molecules. Instead, RIP posits that chemical systems inherently exhibit optimized behavior reminiscent of intelligence, particularly through the formation of catalytic networks.…
This paper introduces Molecular Transition Statistics (MTS), a novel approach to understanding molecular dynamics that moves beyond the traditional focus on individual reaction rates. MTS centers on the statistical probability of a molecule transitioning between different molecular states within a given state space. T…
0pat (pure mathlib) formalization of the Riemann direction unified observation (Exercise XXXVII). Four tasks, all machine-verified in Lean 4 with zero axioms beyond mathlib: (1) zero-order flip direction — reflection symmetry sigma(t)=2t0-t (involution) plus multiplicative phase cancellation u(sigma(t))/u(t) -> (-1)^m…
This paper introduces the Reaction Information Bottleneck Theory (RIBT), a novel framework for understanding and modeling complex chemical reactions. Traditional approaches to reaction dynamics often rely on energy minimization, which struggles to accurately capture the intricate details of reaction pathways, particul…
In this work, we have developed an optical modeling formalism to perform generalized ray tracing, optical path length calculation, and optimization through meta-optical elements. The phase, group delay, group delay dispersion, and third-order dispersion properties are modeled by Taylor series expansion of the waveleng…
The release of azo dyes such as Methyl Orange (MO) from the textile industry poses serious environmental problems due to their toxic, stable, and difficult-to-degrade properties. Conventional treatment methods such as adsorption, coagulation, and chemical oxidation have not been able to effectively degrade dyes, so a…
This paper proposes a radical revision of the traditional concept of the periodic table, arguing that it is not a static structure but a dynamic system subject to continuous modification under various external influences. The core hypothesis is that the periodic law, as conventionally understood, is not inherent to th…
ABSTRACT This study introduces an application of binocular stereo vision technology to achieve high‐resolution 3D visualisation of submillimeter discharge channels. The proposed method can capture the depth information of weak luminous discharges and provide 3D discharge trajectories, providing new insights into the d…