Materials Literature
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Conventional field selection of magnetic order relies on the Zeeman coupling, which, however, vanishes in magnets without net magnetization, a rapidly growing class including altermagnets (AMs), noncollinear antiferromagnets (nc-AFMs), and PT-symmetric antiferromagnets (PT-AFMs). Here we show that the quantity that fu…
The growing demand for high-energy-density, long-life and safe energy-storage systems has accelerated the development of all-solid-state batteries (ASSBs), particularly for electric vehicles and grid-scale storage. Conventional liquid electrolytes suffer from flammability, leakage and thermal runaway risks and are inc…
Abstract Activated carbon (AC) electrodes derived from biomass have been widely investigated for supercapacitor applications; however, the influence of biorefinery processing on carbon structural evolution and its influence on electrochemical performance remains insufficiently understood. In this work, activated carbo…
Abstract Two hole-transporting compounds with the same side-donor moiety and different central fragments, i.e., those of dibenzothiophene or spiro[1,3-dithiolane-2,9′-fluorene] are reported. They are synthesized using microwave irradiation-assisted Buchwald–Hartwig cross-coupling reactions, which are completed within…
Abstract Flexible strain sensors show suboptimal performance in environments involving human perspiration or high humidity because water and moisture can cause structural or functional failure. Herein, we developed a composite porous polymer with hydrophilic and hydrophobic phases using high-internal-phase emulsion te…
Damage to biological specimens by the electron beam is the fundamental resolution-limiting factor in cryoelectron microscopy (cryo-EM) single particle analysis. There is, however, currently no method to accurately infer fluence-dependent changes to the specimen structure during electron irradiation. We develop a Bayes…
Abstract Precise and on-demand regulation of cellular secretion is essential for effective and safe therapeutic intervention; however, most open-loop secretion strategies have limited integration of physiological feedback and require the introduction of synthetic genetic circuits, thereby constraining adaptive secreti…
Abstract With their ultrahigh power density and excellent reliability, polymer-based dielectric capacitors are highly attractive for use in critical applications, such as DC-link capacitors in electric vehicles and power conditioning systems for renewable energy integration. Incorporating high-dielectric-constant inor…
Abstract A reversible Langmuir–Hinshelwood microkinetic framework is developed to clarify coverage effects in ammonia synthesis over Ru. Kinetic parameters are obtained by least-squares fitting of the modeled rate to experimental data measured on Ru powder over 380–460 °C. Across all temperatures, the model with N2 di…
Abstract ABSTRACT Debondable adhesion is highly attractive in the development of high-performance adhesives, particularly for sustainability initiatives requiring material recycling and reuse. Vitrimers, which possess dynamic features under specific conditions─typically at elevated temperatures─have been widely studie…
Abstract Phosgene, a highly toxic industrial chemical, necessitates rapid, reliable, and field-deployable detection technologies because of its widespread industrial use and the risk of accidental release. Herein, we report two ICT-based solvatochromic fluorophores, RHTH-NMe2 and RHTH-NEt2, constructed from rhodamine–…
Abstract Aluminosilicate glasses are technologically important materials known for their high mechanical strength. However, the atomistic origins of their composition-dependent mechanical properties remain incompletely understood. Here, 50SiO2–25Al2O3–25RO glasses (R = Be, Mg, Ca, Sr, or Ba) were investigated by combi…
ABSTRACT The development of organic photocatalysts holds considerable promise for the oxidation of NADH, thereby disrupting the NADH/NAD+ equilibrium, modulating redox homeostasis, and enhancing treatment of hypoxic tumors. However, there is still a lack of organic photocatalyst which could respond to near‐infrared li…
Abstract In the field of snapshot hyperspectral imaging, a long pursuit objective is to develop advanced spectral information encoding elements with both high spatial resolution and large sensor size. Among various strategies, Fabry–Pérot (F–P) cavity color filter, which has both high transmittance and narrow color fi…
Аннотация. В работе вводится концепция реактивной толщины вращающейся полигональной сферы (меша). Показано, что при быстром вращении дискретизованной сферы возникает эффект «размытия» геометрии, формирующий двухслойную композитную оболочку. Предложена новая метрика — толщина двойного поля Кендалла–Эйлера (T_KE), связы…
This study presents the design, fabrication, and characterization of sustainable coir fiber–reinforced polymer composites based on cashew nut shell liquid (CNSL)–modified epoxy resin, with potential relevance to tribological and structural applications. Three composite configurations—interlocked untreated coir fibers,…
ABSTRACT The growing demand for reliable and durable flexible conductive materials in wearable electronics has intensified the need to develop novel high‐performance composites. In this study, hydrogenated nitrile butadiene rubber (HNBR)/single‐walled carbon nanotube (SWCNT) composites were fabricated via physical mix…
Abstract Spin-selective carrier transport in low-dimensional magnetic semiconductors is central to the development of next-generation spintronics. However, achieving robust spin-filtering together with long spin-coherence under nonequilibrium conditions remains a major challenge. Recently isolated by top-down exfoliat…
Abstract The potential energy surface of an 8-atom periodic cell of carbon is explored using discrete path sampling with the energy, forces, and stress tensor represented by the MACE-MATPES-r2SCAN-0 potential evaluated via an interface to the Atomic Simulation Environment. The resulting enthalpy landscape is explored…
ABSTRACT Effective arsenic remediation requires maximizing the loading and accessibility of active iron phases, a persistent challenge that has limited the development of practical superadsorbents. Here, a seed‐assisted anisotropic growth strategy is applied to electrospun poly(vinyl alcohol)/pectin nanofibers by sequ…