Scientific Resource Catalog
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This study investigates the thermal performance of additive-free bacterial cellulose (BC) aerogels and cryogels produced by Acetobacter xylinus under controlled static cultivation conditions. The influence of supercritical CO2 (ScCO2) drying and freeze-drying on the multiscale structure and functio…
This study explores a sustainable and energy-efficient chemo-enzymatic method for synthesizing epoxy resin from eugenol, a bio-based phenolic compound, using Candida antarctica lipase B as a catalyst. The epoxidation reaction employs eco-friendly oxidants—acetic acid and hydrogen peroxide—under mil…
A SiO2/CoMnFeOx composite catalyst was rationally fabricated via interfacial engineering and structural regulation. The optimized SiO2(0.5)/Co0.5Mn1.5Fe1Ox delivered remarkable SCR performance, achieving over 90% NOx conversion and 80% N2 selectivity within a temperature window of 150-250 °C. Durin…
Nanoparticle-based drug delivery systems represent a breakthrough in modern medicine, offering a promising strategy for targeted, controlled, and efficient cancer therapy. Cancer remains one of the leading causes of death worldwide, characterized by complex pathophysiology. Traditional therapeutic…
Metallic corrosion and structural degradation threaten offshore wind towers exposed to salt spray, mechanical damage, and fire. This study develops a lead-free multifunctional epoxy nanocomposite coating that integrates active corrosion protection, piezoelectric damage sensing, near-infrared (NIR)-…
The 132Hz soliton eigenmode phase-locks across the 240 E8 roots to generate a discrete time-translation symmetry breaking — a time-crystal whose period multiplies by φ per hyperbolic layer. Projecting the root vectors onto the Poincaré disk reveals that soliton collisions braid non-abelian anyons a…
This paper introduces the Hidden Boundary Condition Theory (HBCT), a novel framework for understanding structural properties dictated by previously unrecognized boundaries. The core premise of HBCT is that many observed structural characteristics are fundamentally determined by 'hidden boundaries'…
ABSTRACT Microbiologically influenced corrosion (MIC) remains a persistent global challenge, with traditional inhibition strategies often constrained by limited efficiency, poor durability, and ecological toxicity. Herein, we propose a rational design that utilizes a heteroatom as an electronic lev…
Inorganic nanofillers have been incorporated to enhance the electrical treeing resistance of polymers. However, the influence of nanofiller shape and distribution remains not fully understood, thereby limiting the advancement of new insulation design strategies. This work presents a phase-field mod…
Abstract A central challenge across modern chemistry, biology, materials science, and origins-of-life research is obtaining a balance between harnessing beneficial photoreactions and minimizing detrimental photodamage. Here, we have discovered an aggregation-induced photoprotection pathway provided…
ABSTRACT The coexistence of thermally activated delayed fluorescence (TADF) and room‐temperature phosphorescence (RTP) offers a powerful yet rarely realized strategy for harvesting triplet excitons in purely organic materials. However, understanding the structural factors governing such delayed dua…
Polyurethane dispersions (PUDs) have become an important part of today's textile finishing, coating and laminating replacing the conventional solvent based polyurethanes due to rigorous environmental regulations on volatile organic compounds (VOCs). Polyurethane dispersions (PUDs) are colloidal dis…
Abstract Natural membraneless organelles undergo autonomous structural remodeling, yet achieving chemical reaction-driven morphological evolution in synthetic coacervates remains challenging. Here we report an oxidation programmed multistage morphogenesis in coacervate microdroplets composed of pol…
One of the hallmarks of superconductivity is the Meissner effect; the expulsion of magnetic fields from the body of the superconductor when entering the superconducting state. Few- and monolayer samples of bulk crystalline superconductors are known to display the other hallmark of superconductivity…
The 240 root vectors of E8, projected onto the 132 Hz base frequency and modulated by the golden ratio φ, form a discrete frequency lattice that yields a universal scaling factor for optimal structural resonance. When integer indices of the E8 lattice are multiplied by φ and mapped to the 132 Hz ca…
In this work, we investigate the electronic structure and optical properties of β-Ni(OH)₂, with particular emphasis on the difference between its electronic and optical band gaps arising from excitonic effects. The electronic structure is calculated using the density functional theory (DFT)-based f…
The discovery introduces a phi‑coupled harmonic modulation layer that locks transient E8 root‑projection domains to discrete forward‑attempt timing windows, stabilizing lottery lead sequences beyond statistical noise. By embedding modular congruences from Rogers‑Ramanujan identities into the phase…
This paper introduces Non-Removable Structure Theory (NRST), a novel approach to mathematical discovery centered around identifying and characterizing the fundamental, irreducible components within mathematical objects. NRST posits that mathematical structures possess inherent, non-removable cores…
This study addresses the challenge of balancing key performance parameters in high-performance photodetectors, such as responsivity, dark current, and spectral response range. SbSI, a V–VI–VII group ternary compound, has shown promise for photodetection due to its narrow bandgap and high light abso…
Abstract We report the rational engineering of a two-α-helix protein via site-directed mutagenesis, wherein histidine residues at the native catalytic active site were substituted with cysteines and tyrosine residues were introduced in close proximity to these cysteine residues. This modification e…