Materials Literature
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ABSTRACT We report a scalable fabrication strategy combining photolithographic patterning with chemical bath deposition (CBD) to produce ordered ZnO nanowire arrays on flexible polyimides for room‐temperature hydrogen sensing. Lithographically defined regions enable spatially controlled nanowire growth, while a tungst…
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…
The orbital angular momentum (OAM) of photons has long been recognized as a distinct degree of freedom that can encode information in an infinite-dimensional Hilbert space. Recent advances in optical manipulation and detection techniques have opened the possibility of exploring collective phenomena associated with pho…
Sr 2 IrO 4 (Sr214) and related iridates have emerged as key platforms for fundamental correlated-electron physics and for potential applications such as magnonics. Here, we report the epitaxial growth of high-quality Sr214 thin films using reactive off-axis sputtering. Conventional pulsed-laser deposition of Sr214 suf…
ABSTRACT Growing demand for electrochemical energy storage has intensified concerns over battery end‐of‐life disposal, driving an urgent need for recyclable electrolyte materials. Here, we report a photo‐curable, chemically recyclable solid polymer electrolyte platform built on a bio‐derived difunctional cross‐linker,…
Hydrogel-based functional materials have garnered widespread attentions across various fields due to their unique three-dimensional network microstructure and versatile, tunable properties. However, owing to the absence of a systematic analysis of the application mechanisms of hydrogels in diverse fields, accurately c…
ABSTRACT The one‐pot synthesis of apolar‐polar block copolymers combining polyolefins with polyesters has been a long‐standing challenge in polymer chemistry. Despite broad‐reaching applications of apolar‐polar block copolymers in drug delivery, compatibilisation of polymer blends and biomedical materials, their synth…
The sustainable utilization of post-consumer plant biomass as a precursor for functional carbon materials has attracted increasing attention as an environmentally friendly approach to heterogeneous catalyst development. In this study, the aerial parts of Pelargonium zonale were converted into activated carbons by chem…
This preprint reports a dual-functional NiCr LDH@MXene textile platform for integrated flexible energy storage and wearable piezoresistive sensing. Redox-active NiCr layered double hydroxide nanosheets were grown in situ on conductive Ti3C2 MXene and deposited onto a conductive textile substrate, producing an intercon…
Chitosan and calcium phosphate (CaP) are attractive bioactive coating materials for titanium (Ti) orthopedic implants, but coating approaches must provide uniform deposition, adequate adhesion, and cytocompatibility. This proof-of-concept study evaluated whether CaP microshells could be incorporated into electrospraye…
Abstract This paper establishes the Qutrit Quantum Instrument (QQI), a training-free structure-first inference architecture in which finite revealed evidence determines route authority before a valid qutrit quantum instrument updates state. The architecture combines complete forward–reverse replay, recursive evidence…
Serving Large Language Models (LLMs) on constrained edge devices and multi-tenant cloud servers is heavily bounded by the memory wall and high I/O overhead. In this work, we present the Spherocylinder (Capsule) Geometric Manifold Offloading engine, an architecture that re-indexes neural parameter memory into continuou…
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…
This type of fuel cell that has received considerable research and development interest is proton exchange membrane fuel cells that can operate at relatively low temperatures, have high energy-conversion efficiency, and emit few pollutants. The flow geometry of the reactants plays an important role in their performanc…
The internal structure of atomic nuclei has traditionally been described by static mean‑field potentials and shell configurations. Recent advances in high‑energy scattering experiments and inverse scattering theory suggest that the nucleonic degrees of freedom inside the nucleus may exhibit a persistent quantum flow f…
Wearable e-textiles require yarn-level sensors that are simultaneously conductive, deformable, durable, and weavable. Many existing yarns that depended on multicoating or high filler loading often suffer from compromised flexibility and signal stability under repeated deformation. Herein, inspired by neurons, we devel…
Laser-accelerated proton beams deliver ultrashort, high transient flow energy deposition that remains challenging to diagnose in real time. Here, we report a proof-of-principle observation of acoustic waves generated by laser-accelerated protons in solid media and investigate solid-state thermoacoustic conversion as a…
The analysis of how sensation, cognition, and behavior arise from neuronal activity has been enormously facilitated by optogenetics, using algae-derived light sensitive channelrhodopsins, ChRs, expressed in brain cells. To disclose the unitary conductance and the details of the gating mechanism, we recorded unitary cu…
DRAM电容介质在1z nm节点以下面临漏电×EOT缩放的硬约束(IMW 2020),产业30年以掺杂钉扎四方相稳定高k介质(ZrO₂/HfO₂基)为应对——但这一长期实践缺少统一的判据语言。本文用场域理论框架(材料=密度聚类场ρ=m·p;相变候选=失效线R'=1平衡区;剪切软模=相变活性签名)对DRAM高k介质给出可计算判据坐标。核心结果:①软模判据产业命中验证——高k介质家族6材料对照中,唯一具有反铁电(AFE)相变活性的ZrO₂恰好是唯一落软模区(C44=20.3 GPa≤阈值22.7)的Hf/Zr氧化物,其余产业稳定介质全部不软(正1/1负4/4);②二维判据空间——软模轴(相变活性/0K亚稳)×带隙轴(漏电墙),ZrO₂…
As power electronic devices for electric vehicles are advancing in performance and miniaturization, reliability of the bonding interface with sintered silver, which is highly conductive and resistant to heat, and epoxy resin for device protection has become critical. Understanding the adhesion and degradation-induced…