Materials Literature
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Derive electromagnetic field phenomena as mechanical properties of thetorsion medium. The central identification is literal: the torsion medium ISthe electromagnetic substrate. Electric fields are static pressure imbalancesin the medium; for electric fields the water-pressure analogy is exact andnot an analogy but a d…
Three-dimensional (3D) printing enables the precise design of biomaterials at predefined spatial locations, representing a promising strategy for constructing highly organized osteochondral tissue with multiple morphogen gradients. However, most current 3D printing strategies limit resolution to the microscale, lackin…
Recently developed novel graphene oxide decorated with platinum nanoparticles (GO/PtNPs) has been recognized for its anticancer properties. Therefore, in vivo studies assessing the toxicity and tissue deposition of these particles are needed. Using a fixed-dose acute toxicity design, rats received a single intraperito…
Abstract Soft magnetic materials are critical to the performance, energy efficiency, and miniaturization of electric motors. While laminated soft magnetic materials have dominated the industry, the demand for soft magnetic composites (SMCs) is rapidly growing in applications requiring three-dimensional magnetic flux p…
Developing cost-effective bifunctional materials that seamlessly integrate energy conversion and storage is critical for next-generation energy systems. Herein, we report a solvent-engineered, in situ solvothermal strategy to fabricate Ni-Co selenide-Ti 3 C 2 T x MXene (NCSM) heterostructures with tunable morphology,…
The motivating physical question is whether the quantum-field-theoretic consequences of causal horizons and global causal structure contain any operational signature bearing on inertia. The programme assumes no such connection; it seeks only to determine whether any such bridge exists. The observed equivalence of grav…
Abstract Autonomous systems that learn and explore over long horizons face a problem. Standard methods scale poorly in the number of observations, n , precluding sustained operation on bounded hardware. We show that compositional, high-dimensional vector representations inspired by neural computation address these con…
Analysis code and data for the paper: "The dual-sign signature in fit-free dark matter cores: a pre-registered test on three independent samples" Author: Mohammed Guhdar, University of Zakho (2026).
We present a single coordinate-free construction — a compass walk driven by the prime factorization of an integer — that renders several classical objects of multiplicative number theory as exact, visually checkable geometry. Each integer n is mapped to a dead-reckoning path: from a north-pointing stem, one straight l…
This research note provides an exact analytical and numerical near-field energy budget for an expanding spherical wavefront under an ideal step-excitation potential, using full volume integration over the radial shell without the thin-shell approximation. We show that the b-channel energy (u_b, integrated over the she…
Abstract The presence of urea in aqueous environments and industrial effluents poses significant environmental and health concerns due to its persistence and contribution to nitrogen pollution, necessitating the development of efficient and stable adsorbents. This study reports the successful synthesis of a novel poly…
ABSTRACT Optimization of electrochemical energy storage and conversion devices often depends on the electrode microstructure properties, of which its 3D representation provides the most complete link between manufacturing process and device performance. Deep generative models can address slow experimental throughput a…
See README.txt in the folder.
We report a combined experimental and ab initio molecular dynamics investigation into the role of nitrogen hybridization (sp2 vs sp3) and ring aromaticity in the sodium-based deep eutectic electrolyte formation and their potential use in sodium-ion battery electrolytes. Mixtures of NaFSI with three amines at 1:4 molar…
Data files used for the ML training of the Abelian gauge-invariant models. U1.pt and Z2.pt contain the data of U(1) and Z2 half-filled systems, respectively. U1Q2.pt and Z2Q2.pt contain the data of U(1) and Z2 quarter-filled systems, respectively. QLM3.pt contains the data for a QLM model. v_ED and v_ML are the sample…
ABSTRACT Stimuli‐responsive luminescent polymers translate changes in molecular mobility or transformation into optical outputs; however, most systems rely on synthetically elaborate architectures that hinder broad implementation. Here, a very simple polyester, synthesized via ring‐opening alternating copolymerization…
ABSTRACT Fresh produce safety is compromised by microbial spoilage and pesticide residues, posing global health risks and economic losses. Although metal nanoclusters (NCs) offer promising functionalities, their composition‐dependent activity remains underexplored. Here, bovine serum albumin (BSA)‐stabilized Au, Ag, a…
We present Materium: an autoregressive transformer for crystal-structure token sequences. These sequences include elements with oxidation states, fractional coordinates and lattice parameters. Unlike diffusion approaches, which refine atomic positions iteratively through many denoising steps, Materium places atoms at…
Abstract Determining properties of an arbitrary binary sequence is a challenging task if only local processing is allowed. Among these properties, the determination of the parity of 1s by distributed consensus has been a recurring endeavour in the context of automata networks. In its most standard formulation, a one-d…
Advances in Science and Technology (AST) is conference series which includes peer-reviewed outcomes from Materials Science and Engineering related conferences and symposiums from all over the world. Published proceedings include engineering papers, review paper and papers about new materials research, development and…