Materials Literature
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By embedding the 240 E8 root vectors in a φ‑scaled hyperlattice and driving each node with a 132 Hz fundamental tone together with its φ‑harmonic overtones (≈ 214 Hz and 346 Hz), a coherent spin‑orbit interaction emerges that locks electron tunneling trajectories into braid‑protected pathways. These braid channels inh…
ABSTRACT Spirulina platensis is a nutrient‐dense, sustainable microalga with diverse applications across food systems. This review summarizes its technological–functional characteristics, nutritional composition, and contemporary uses in fortified and functional foods. Spirulina is particularly distinguished by its ex…
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…
This work presents a proposed active, magnet-free electro-optic wavefront isolation platform based on an asymmetric Al2O3/h-BN/Al2O3 multiple-heterostructure architecture integrated with transparent conductive electrodes and a downstream spatial filtering system. The proposed device uses electrically controlled refrac…
ABSTRACT Sustainable high‐yield agriculture in controlled environments demands lighting with spectral precision and thermal robustness. Deep‐red light at 680–690 nm aligns with photosynthetic pigment absorption maxima, enhancing efficiency and regulating plant photomorphogenesis. However, emitters combining spectral p…
ABSTRACT Covalent functionalization is requisite to enhancing/inducing the luminescent and chiroptical properties of oligo‐aromatic compounds, owing to their rigid framework and strong aggregation characters. Here we report that linear aromatic oligomers display intense PL, CD, and CPL properties upon encapsulation by…
ABSTRACT Techniques for shaping materials have constantly evolved from the making of hand axes in the Stone Age to today's 3D and 4D printing. One of the 4D printing techniques is utilizing chemical potential gradient where uniform swelling of gels with a structural gradient leads to preprogrammed shapes. This work in…
Aims: The study aims to synthesise a novel thiourethane-group oligomeric modifier (TGF-8) from thiourea, glycerol and formaldehyde using locally available raw materials, and to determine its molecular structure, molecular mass and thermal behaviour, thereby establishing the scientific basis for its subsequent use as a…
Abstract The development of proton exchange membranes with improved physicochemical, mechanical, thermal, and electrochemical properties is essential for advancing proton exchange membrane (PEM) fuel cell technologies. In this study, nanocomposite blend membranes were fabricated using sulfonated poly(sulfone) (SPSf) a…
High-performance Mg–Li alloys were fabricated via solid-state additive friction stir deposition under a mixed Ar/liquid CO₂ atmosphere, which addresses severe oxidation and unfavorable thermal cycling issues during additive manufacturing. Benefiting from optimized microstructures, the deposited alloys exhibit outstand…
ABSTRACT Plasmonic gold bipyramids (AuBipy) encapsulated within a NU‐1000 metal‐organic framework (MOF) create robust core–shell nanocomposites. These porous nanoassemblies combine the near‐infrared (NIR) plasmonic resonance of the metallic core with the intrinsic photoluminescence of the pyrene‐based organic linkers.…
ABSTRACT Recently, the application of deep learning to structural data deposited in the Protein Data Bank has enabled the reliable and accurate prediction of 3D folded structures of proteins from their sequences. However, this approach is not applicable to highly dynamic proteins, where multiple structures interconver…
The 120 phi-coupled root-pair harmonics of the E8 lattice, driven at the 132Hz base resonance, decompose under the Weyl group into 8 orthogonal invariant subspaces of dimension 15 — precisely matching the 8 cortical laminae. Each subspace gates at a frequency 132Hz × phi^(m_j/30) where m_j ∈ {1,7,11,13,17,19,23,29} ar…
The objective of this study is to document a neutron irradiation experiment campaign intended to enable evaluation of embrittlement in electron beam (EB) welded SA508, Grade 3 reactor pressure vessel (RPV) steel for small modular reactors. Arc welds in RPVs have historically experienced severe irradiation embrittlemen…
ABSTRACT Inverse design of terahertz (THz) metasurfaces via algorithmic models has become a mainstream trend and finds wide application in THz biosensing devices. However, traditional inverse design methods without optimization often rely solely on mathematical correlations, lacking physical interpretability and resul…
ABSTRACT Abnormal overheating often leads to malfunctions in electronic components during operation. Although traditional scintillators have shown great potential in object imaging, they are often unable to capture thermal signals. In this work, a series of Tb 3+ /Eu 3+ co‐doped MOF‐based scintillators ( Tb x Eu (1–x)…
Thermoelectric thin films based on bismuth telluride (Bi 2 Te 3 ) are widely used for room temperature energy harvesting, but improving electrical, thermal, and mechanical properties simultaneously remains challenging. In this study, Bi 2 Te 3 -carbon black nanoparticle nanocomposite films were synthesized by electrod…
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…
This document is a formal conceptual research thesis and experimental proposal titled "Expandable Vacuum-Confined Multi-State Diamond Storage: A Conceptual Architecture for High-Density Physical Information Storage" authored by Calr Micheal Guirhem Acot. It establishes a theoretical model and roadmap for a high-densit…
ABSTRACT Metal‐free perovskites (MFPs) have emerged as eco‐friendly candidates for next‐generation x‐ray detection. However, their development is severely hindered by poor material stability and the reliance on high driving voltages, which exacerbate device complexity and operational risks. Herein, we adopt a multista…