Materials Literature
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This paper introduces Molecular Transition Statistics (MTS), a novel approach to understanding molecular dynamics that moves beyond the traditional focus on individual reaction rates. MTS centers on the statistical probability of a molecule transitioning between different molecular states within a given state space. T…
This paper introduces the concept of "Molecular Symmetry Memory" (MSM), a novel theoretical framework proposing that individual molecules retain information about their past symmetrical states even after undergoing transformations. This concept draws an analogy to materials memory, but operates at the single-molecule…
Interfaces have always been a key for functional devices in condensed-matter physic. However, dynamic regulation of interfacial symmetry and the subsequent effects have still been underestimated, especially in bulk materials. Here, we show that the interfacial crystallographic symmetry can be precisely modulated by el…
في هذه الدراسة، نقدم تقريراً عن أداء مركب طبيعي مستخلص من أوراق نبات السدر (Ziziphus spina-christi) باعتباره مانع تآكل صديق للبيئة ومستداماً للفولاذ الكربوني في محلول حمض الكبريتيك بتركيز 0.5 عيارى. استندت الاستراتيجية التجريبية إلى تقييم تأثير معدل التآكل الناتج عن تركيز المستخلص (حجم/حجم) (0.4 % إلى 20 %) ودرجة الحر…
This paper introduces the Molecular Phase Information Theory (MPIT), a novel framework for understanding and predicting material behavior based on the concept of "phase information" rather than solely relying on molecular structure. The core premise of MPIT is that a molecule's state information is fundamentally defin…
The intertidal zone of the Icelandic coast is characterized by strong seasonal and diurnal changes in the abiotic variables light, temperature and salinity, which are additionally affected by the tidal range and climate change. Iceland’s coastal zones host many phototrophic organisms including benthic diatoms that may…
A new series of difluoro-substituted analogues, 4-(((2,6-difluorophenyl)imino)methyl)phenyl 4-(x-alkyloxy)benzoates (DFPIMB-n), was synthesized to assess how lateral substitution and terminal alkoxy chain length affect mesomorphic behavior. Differential scanning calorimetry and polarized optical microscopy measurement…
Abstract The rational design of aggregation-induced emission (AIE) luminogens presents a significant challenge in molecular photophysics, requiring approaches that connect mechanistic understanding with practical molecular screening. This work uses the electronic-energy difference between the S1/S0 minimum-energy coni…
This paper introduces the concept of Molecular Computational Complexity (MCC), a novel framework that shifts the focus of understanding molecular behavior from computational software complexity to the inherent information requirements necessary for a molecule's formation and stability. MCC posits that a molecule's low…
This paper introduces the concept of "Reaction Direction Vector" (RDV) as a hidden quantity inherent in chemical reactions. The core idea is that reactions don't simply proceed in a single, predetermined direction; instead, they navigate a complex landscape of possible pathways. This landscape is governed by the RDV,…
The prevailing view in chemistry typically describes matter as constructed through a hierarchical progression: atoms forming molecules, which then assemble into materials. This model posits a single, monolithic layer structure. This paper introduces the Chemical Reality Layer Theory (CRLT), proposing a multi-layered p…
Abstract Near a quantum critical point (QCP), the low-temperature thermodynamics follow universal scaling laws. Using copper sulfate pentahydrate --- a canonical spin-1/2 antiferromagnetic Heisenberg chain compound--- we report the observation of a universal magnetocaloric effect (MCE) near a field-driven QCP. Remarka…
By imposing φ-scaled golden ratio phase rotations on the 240 E8 root vectors within the 132Hz base lattice, the geometry self-organizes into a non-Abelian information manifold where each root encodes a quantized logical state via its zero-divisor closure. This creates a deterministic yet non-periodic encoding scheme c…
The strain-hardening behavior of die-cast magnesium alloys remains controversial, particularly regarding the existence of an athermal hardening stage analogous to that observed in face-centered cubic metals. In this work, the tensile deformation and strain-hardening behavior of three commercial high-pressure die-cast…
A physical extension to chemical procedures for head-to-tail cyclization of peptides at the single molecule level that uses a charged homopolymer (such as polyglutamate Em with m residues) as a tethered docking station to close a linear peptide at its N- and C-ends is proposed. The homopolymer may be anchored in one o…
Abstract This study investigates the ammonia (NH 3 ) sensing performance capability of a beta gallium oxide ( β -Ga 2 O 3 ) fin field-effect transistor (FinFET) using cobalt (Co) as the sensing gate electrode. The high thermal and chemical stability of β -Ga 2 O 3 , integrated with the superior electrostatic control o…
ABSTRACT Redox‐tunable conducting polymers have emerged as promising materials for dynamic plasmonics and metasurfaces. However, only a few conducting polymers with particularly high conductivities (>1000 S/cm) have been reported to provide spectral regions with plasmonic behavior. Here, we use polypyrrole (PPy) as a…
Polymer-fiber weft-knitted textiles are widely used in functional apparel and moisture-management materials, but their complex loop topology, yarn-level porosity, and interlayer hierarchy make simulation-oriented geometric modeling challenging. Conventional control-point and interpolated-curve methods often have limit…
ABSTRACT Single‐phase white‐emitting luminescent materials are ideal for high‐quality lighting applications. However, achieving white emission across the full spectral range in single‐dopant activated luminescent materials remains challenging. Herein, Eu 2+ ‐activated RbK 7 (Li 3 SiO 4 ) 8 :Eu 2+ (Rb 1 K 7 :Eu 2+ ) ph…
Polymer-based composites containing high-atomic-number fillers have attracted considerable interest as potential lead-free radiation shielding materials. However, direct comparisons of different polymer matrices under identical computational conditions remain limited, making it difficult to isolate the influence of th…