Materials Literature
按标题、摘要、年份、主题和来源检索公开元数据。结果保留作者、摘要、分类与原始来源链接。
This paper proposes that elementary geometrical forms can be understood not merely as separate objects, but as members of an ordered structure of constraint: line → angle → spiral → triangle → circle or distinction → directional difference → recursion → enclosure → compact return. The sequence is not temporal. Each fo…
Surface layers (S-layers) are highly ordered, paracrystalline protein lattices that form the outermost envelope of many bacteria and archaea. Although widespread, their functions and structural organisation are only recently being elucidated at molecular resolution. This review addresses S-layer structure and function…
Abstract This study explores Yellow Oleander (YO) flower extract as a natural photosensitizer for metal oxide-based optoelectronic devices. The TiO 2 and ZnO photoanodes were fabricated and sensitized with YO, and the photosensitizer was characterized using UV–visible absorption, fluorescence spectroscopy, and FTIR an…
This repository contains the authoritative "Zero-Trust" pedagogical corpus and the corresponding ab initio Python execution suite for the Geometric Resonance Quantum Architecture (G3 Q-Lab). The architecture harnesses aperiodic spatial translational symmetry breaking (Vogel phyllotaxis) to achieve absolute Many-Body L…
The transition from ITER-class burning-plasma experiments to DEMO-class fusion power plants requires more than a favourable operating point: it requires evidence that plasma physics, control, heating and current drive, magnets, exhaust, neutronics, tritium, thermal conversion and plant constraints remain mutually comp…
The NVM Model Research Proposal / Collaboration Brief presents the current research program for the Nonlinear Vacuum Medium (NVM) Model and defines a structured pathway for independent mathematical, computational, and experimental evaluation. The document summarizes the frozen NVM field model, its scientific motivatio…
Given its pivotal role in the viral life cycle, blocking integrase (IN) through IN strand transfer inhibitors (INSTIs) represented a breakthrough in the treatment of HIV infection, establishing these antiretroviral regimens as first‐line options against AIDS. However, the onset of drug‐resistant strains has challenged…
ABSTRACT High‐entropy ceramics manifested promise for extreme environments, yet their phase stability and mechanical synergy mechanisms remain elusive. Herein, entropy‐difference carbonitrides, including (TaTiV)CN, (TaTiVNb)CN, and (TaTiVNbHf)CN, were designed and consolidated via spark plasma sintering. An integrated…
This study reports a chitosan (CS)-based antibacterial composite coating with engineered surface functionality achieved through ZnO incorporation and femtosecond laser-induced micropatterning. Triangular micropatterns with pitch ranging from 30 to 120 μm were fabricated on polystyrene (PS) molds via femtosecond laser…
ABSTRACT Cluster assembly serves as an effective approach for tuning cluster properties, where the electronic states arising from fused units play a crucial role in property design, thus attracting attention. In this work, we synthesized a Ag 32 cluster via a one‐pot method, featuring a Ag 22 core formed by fusion of…
The simultaneous phi-hydrodynamic pumping and torsion-gated braiding of the 240 E8 root vectors at 132Hz induces a dual topological current that automatically encodes quantum information into the 30-cycle Coxeter orbits of the E8 lattice, creating a self-correcting holographic memory where any local error manifests as…
ABSTRACT: Metal-organic frameworks (MOFs) is one of the versatile classes of crystalline porous materials owing to their exceptionally high surface areas, tunable pore architecture and flexible metal-ligand chemistry. In recent years, the integration of bioinspired ligands and MOFs’ principal design has gained attenti…
ABSTRACT Covalent organic frameworks (COFs) with tunable topologies hold great promise for photoelectrochemical energy conversion. However, their inherently high structural symmetry and weak intramolecular polarization typically cause rapid charge recombination, thereby severely restricting their performance. Herein,…
This monograph systematically establishes a complete mathematical theory of a new kind of number — the "Spiral Number." Starting from the standard imaginary unit i^2 = -1, the work proposes the generalized imaginary unit axiom i_f^2 = -f(N), and proves that under the requirement of scale self-similarity, the positive…
Current approaches to enhance mitochondrial bioenergetics often require intrusion into the organelle, inevitably disrupting its native homeostasis. Protons (H⁺) establish the electrochemical gradient essential for electron transfer chain activity and ATP synthesis. Thus, facilitating H⁺ transfer represents a promising…
ABSTRACT Conventional covalent and supramolecular crosslinks impose inherent trade‐offs between mechanical robustness and environmental adaptability in polymer networks. Mechanically interlocked junctions offer an alternative route by enabling topological motion without compromising structural integrity. Here, a modul…
Solid-state batteries are widely regarded as a promising next-generation energy storage technology capable of addressing the safety concerns and energy-density limitations of conventional liquid electrolyte lithium-ion batteries. This review provides a comprehensive overview of solid-state lithium batteries, beginning…
Dynamic strain aging (DSA) is a phenomenon influenced by both time and temperature, found in various metallic alloys such as steel, aluminum, nickel, titanium, and high entropy alloys. The main goal of this study is to develop a new constitutive model for Q235B steel that explicitly incorporates the effects of DSA wit…
Reliable operation of electrical equipment hinges on the performance of insulating materials, which often fail under prolonged electrical, thermal, and environmental stresses. Nanotechnology offers a transformative solution: dispersing engineered nanoparticles in insulating liquids to create high-performance transform…
ABSTRACT Chirality transfer enables molecular asymmetry to propagate from discrete building blocks into hierarchical assemblies, providing a fundamental framework for engineering functional nanostructures. However, conventional supramolecular co‐assembly typically necessitates stoichiometric or excess guest loading to…