Materials Literature
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Fused Deposition Modelling (FDM) is a popular additive manufacturing (AM) technique that converts three-dimensional computer-aided design (CAD) models into complex-shaped objects using thermoplastic filaments as a raw material. Existing recyclable plastics, such as Acrylonitrile Butadiene Styrene (ABS), Polyetherimide…
Semiotics needs to move beyond a linear point to point theory of communication to a topological model of field interactions between nonfungible entitities which are asymmetric and might be biological, silicon, or text. This interaction carries weight and may transform the receiver and their future potentialities. Rath…
We studied the electronic origin of the NMR nuclear magnetic shieldings (σ) of compounds containing the following transition metal atoms: M= Zn, Cd, Hg, Co, Rh, Cr, Mo, W. The electronic mechanisms that underlie the relativistic effects on those shieldings were assessed with the LRESC–Loc model, which permits one to q…
The clinical utility of medical catheters is frequently compromised by biofouling and bacterial infections. To circumvent these challenges, we herein propose an “interface-initiated in-situ growth” strategy for catheter surface modification. Using polydopamine as the adhesive interlayer, a dense antifouling network wa…
The human genome encodes approximately 20,000 proteins, of which about 85% lack well-defined druggable binding pockets, leaving most of the disease-relevant proteins “undruggable”. Small-molecule chemical probes are essential for modulating protein function and serve as leads for therapeutic development. However, the…
To address severe PCD tool wear during the milling of high-volume-fraction SiCp/Al composites, a synergistic milling process coupling pulsed laser pretreatment with ultrasonic vibration was proposed. Five-factor, four-level orthogonal experiments were conducted on 70 vol.% SiCp/Al composites to investigate the effects…
We build on the framework for studying systems containing spin-phonon coupling using molecular dynamics as the method for sampling the positions of atoms carrying spins, whose interaction is described by the Heisenberg model, and which we presented in a previous paper Srpak et al. [Phys. Rev. B 112, 205132 (2025)]. In…
Background:tarch is a natural, renewable biopolymer that is biodegradable, biocompatible, and functionally versatile. Due to its low cost, natural availability, and eco-friendly nature, it is widely used as a pharmaceutical excipient.Objective:The aim of the paper is to highlight the latest developments in the extract…
Organic solar cells (OSCs) hold great promise for next-generation photovoltaics, yet achieving both high efficiency and long-term stability remains a formidable challenge. This difficulty originates from the multiple influences of crystallization kinetics and thermodynamics in bulk heterojunction films. Herein, we int…
This study investigates the influence of the chemical nature, concentration, particle shape, pH of the dispersion medium, and various functional additives on the sedimentation and aggregative stability of mixed aqueous dispersions of methylphenylpolysiloxane resin and mineral powders (titanium dioxide, mica). The stru…
Abstract Thermoresponsive injectable hydrogels based on amphiphilic block copolymers are widely explored as minimally invasive biomaterials, because they can be administered as sols and form gels in situ under physiological conditions. Among these systems, multiblock polyurethanes (PUs) are particularly versatile, owi…
The traditional view of electron condensation in solids focuses on real‑space localization or the formation of Cooper pairs in momentum space that are isotropic in nature. In this work we propose a new theoretical framework, termed Directional Electron Condensation (DEC), in which electrons preferentially condense alo…
Traditional algorithmic frameworks for morphological synthesis, such as discrete L-systems, frequently induce structural dissociation under stochastic perturbation regimes due to the absence of geometric inheritance across ancestral lineages. This paper employs a novel algebraic formulation that models autonomous frac…
The concept of electron orbital topology has traditionally been treated as a static descriptor of band structures in crystalline solids, often used to classify topological phases via invariants such as Chern numbers or \(\mathbb{Z}_2\) indices. In this work, we challenge this static viewpoint by introducing the framew…
ABSTRACT The high‐entropy halide‐perovskite field has expanded rapidly, yet two central chemical questions remain insufficiently understood: how compositional disorder in complex ionic lattices can be converted into predictable, component‐differentiated photophysical behavior with tailorable functionality, and what at…
ABSTRACT Electrospinning can induce mechanoelectrical responses in several polymers, including amorphous systems; however, the underlying mechanisms remain unclear due to the coupled contributions of dipolar polarization and charge trapping. Here, bisphenol‐A polycarbonate (BPAPC), a typical amorphous engineering poly…
Nanopriming has emerged as a seed-treatment strategy in which brief exposure to nanoscale materials is used to modify imbibition, redox signalling, reserve mobilisation, hormonal responses and early stress tolerance. The approach is increasingly described as eco-friendly when nanoparticles are produced by plant extrac…
This paper introduces the Quantum Entanglement Pressure Effect (QEPE), a theoretical framework in which quantum entanglement modifies the effective mechanical pressure of a system. We formalize the relation \(P_E = f(S_E)\), where \(P_E\) denotes the entanglement‑induced pressure correction and \(S_E\) is the entangle…
Abstract Generally, a fused-ring skeleton exhibits high stability due to its extensive conjugated system, which results in reduced reactivity at modification sites, making complete modification difficult and thereby affecting the overall performance of energetic materials. This work achieved complete modification of t…
ABSTRACT Immune resistance in solid tumors is sustained by the coexistence of physical exclusion and immunological suppression, yet biomaterial strategies that coordinately address both barriers remain limited. Here, we report a single‐component selenium‐photothermal peptide conjugate, IR820‐SFM Se , that self‐assembl…