Materials Literature
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In condensed matter physics, the electronic structure of crystalline solids is traditionally described by the band theory, which treats electrons as waves propagating through a periodic potential. Recent advances in low-dimensional materials have revealed that the underlying electron trajectories, denoted as Γ, can un…
تحلیل بنیادین، بازنویسی تانسوری و اثبات جامعِ کامل الاستیسیته پویای منفی در شبکههای پلیمری تحت کشش موضعی (Negative Dynamic Elasticity in Locally Strained Polymer Networks) در بستر فیزیک اطلاعات حمزه (HIP-1155) به شرح زیر است: ۱. مقدمه و پارادوکسهای الاستیسیته پویای منفی در تقاطع ترمودینامیک کلاسیک کشسانی، فیزیک ماده…
In conventional condensed‑matter physics, transport phenomena are usually described by electric current J_E and heat current J_Q, each associated with the flow of charge or energy. In this work we introduce a fundamentally distinct quantity, the internal information current J_I, which characterises the spatial transpo…
This study systematically investigates the effects of heating rate and temperature on the high‐temperature oxidation behavior of industrial X70 pipeline steel in the range from 700 to 1000 °C. Thermogravimetric experiments were conducted to simulate the heating and holding processes during hot rolling, combined with c…
ABSTRACT During skin wound healing, complex interactions among multiple cell types and dynamic phase evolution make it difficult for biomaterial scaffolds to balance late‐healing and over‐healing, often resulting in delayed wound healing, persistent inflammatory responses, and hypertrophic scars due to spatiotemporal…
Galactosylated nanoparticles (Gal-NPs) are a new class of nanoplatforms linking molecular recognition, materials, and biomedical functions. This Review presents a galactose-centered framework in which galactose serves as a bioactive motif that influences nano-bio interactions and cellular responses. We present synthet…
High-fidelity signal acquisition is the cornerstone of personalized healthcare, but wearable bioelectronics remain vulnerable to motion artifacts, which contaminate the electrophysiological signals. Conventional materials rely on discrete viscoelastic relaxation mechanisms, resulting in narrow damping bandwidths and h…
This paper proposes a radical new paradigm in condensed matter physics – the concept of "information condensed matter." It posits that information, rather than solely being a computational construct, can itself manifest as a condensed phase, analogous to traditional matter. This framework is built upon the core idea t…
This paper introduces the concept of Quantum Matter Temporal Order (QMTO), proposing a fundamental shift in our understanding of materials science. Traditionally, materials have been primarily characterized by their spatial arrangements – crystalline structures, amorphous solids, etc. However, we posit that a crucial,…
Although hybrid yarns containing recycled carbon fibres (rCF) and thermoplastic fibres offer significant potential for sustainable composites, their use in thermoset composites remains challenging due to fibre shortening, poor inter-fibre cohesion, and difficulties in producing textile reinforcements with high rCF con…
Currently, the photovoltaic efficiency and cost control of crystalline silicon solar cells are constrained. Meanwhile, thin-film solar cells have drawn considerable attention due to cost-effectiveness and superior conversion efficiency. This paper presents a comparative analysis of the material properties and conventi…
In this study, we developed a finite element method (FEM)-based equilibrium reconstruction code for the KSTAR tokamak to analyze plasma behavior during highly transient phases, including early startup, pre-disruption, and vertical displacement events (VDEs), where conventional equilibrium fitting (EFIT) reconstruction…
Abstract In vivo imaging is the key to the success of transformative biomedical technologies. Currently, robust dyes absorbing and emitting in the shortwave infrared (SWIR) spectral region, i.e., 1000 nm and beyond, as well as a standard protocol to evaluate their performance in in vivo imaging, are sought after. Here…
This paper proposes a radical new paradigm in condensed matter physics – the concept of "information condensed matter." It posits that information, rather than solely being a computational construct, can itself manifest as a condensed phase, analogous to traditional matter. This framework is built upon the core idea t…
Abstract Salt-doped poly(oligo-oxyethylene methyl ether methacrylate) (POEM), in which poly(ethylene oxide) (PEO) side chains are attached to a methacrylate backbone, has attracted attention as a solid polymer electrolyte because its architecture reduces crystallinity compared with linear PEO. Prior work showed that c…
By embedding a 132 Hz phi‑modulated wave into the braided soliton knots formed from the 240 E8 root vectors, the system self‑organizes into a discrete hyperbolic lattice whose symmetry group is phi‑invariant. This lattice yields a natural mapping between the root‑vector adjacency and the divisor graph of odd perfect n…
Abstract Nanostructured materials are commonly described by local effective permittivities inferred from far-field propagation. However, near-field interactions and large parallel wave vectors probe spatial dispersion and limit the validity of purely local response models. Here, we develop a non-local effective descri…
In this study, Kelvin-cell lattices fabricated via vat polymerization were combined with RTV-2 silicone infill to create hybrid and functionally graded architectures. Four silicone Shore hardness levels were investigated to quantify the influence of infill hardness, followed by functionally graded designs using the ha…
Hinge states are a characteristic boundary manifestation of three-dimensional higherorder topological phases, but identifying them in realistic Wannier tight-binding models requires a sequence of choices that is rarely automated: selection of a target bulk gap, construction of multiple mixed-boundary geometries, spars…
Abstract Fouling remains one of the most significant challenges in membrane-based separation processes, reducing productivity and increasing operational costs. This study introduces resonance-based magnetic membrane vibration as a nondestructive, real-time antifouling strategy, where membranes are excited at their nat…