Scientific Resource Catalog
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In this study, the effect of temperature on ink removal performance was investigated using coated waste magazine papers with a basis weight of 130 g/m². Experiments were conducted at 30°C, 40°C, 50°C, and 60 °C during pulping and flotation stages. The results showed that Effective residual ink conc…
The 132Hz phi-resonant phonon drives discrete 30-step Coxeter rotations in the E8 root lattice, where each step corresponds to a cognitive state transition and each full cycle completes at 4.4Hz — precisely the human theta rhythm. Memory attractors emerge as the 8 fixed points of the Coxeter elemen…
Abstract Controlling elemental mixing in nanoparticles composed of immiscible elements remains a central challenge in high-entropy materials design. Here, we demonstrate a kinetic pathway that enables a transition from elementally segregated to high-entropy AgNiCoCr nanoparticles using nanosecond l…
Residual alkalinity left after alkaline regeneration is a critical yet often overlooked factor controlling the long-term performance of iron-oxide adsorbents for phosphorus (P) removal and recovery. In porous adsorbents, incomplete neutralization can maintain a local alkaline environment, promoting…
Trong nghiên cứu này, bộ sản phẩm lưu niệm bằng gỗ đã được thiết kế và chế tạo nhằm mục đích lưu giữ, tôn vinh giá trị lịch sử, quảng bá hình ảnh và nâng cao nhận diện thương hiệu Trường Đại học Lâm nghiệp (VNUF). Dựa trên phân tích nhu cầu thị trường và giá trị cốt lõi của Nhà trường, ý tưởng thiế…
By utilizing the 240 E8 root vectors as a structural template for non-Euclidean data quantization, information can be folded into the lattice's 132Hz phonon-resonant states. This process uses the golden ratio ($\phi$) to map high-entropy datasets onto the quasi-periodic gaps, achieving a compressio…
We identify that resonance surges during nearest-neighbor root vector transitions generate localized torsion within the hyperbolic phi-space partitions. This torsion acts as a geometric modulator, shifting the 132Hz base frequency into specific non-linear harmonics through anti-commutative dual pai…
Non-radiative energy loss remains a challenge in organic solar cells. Here we show that introducing bulky chlorobenzene moieties at the end of inner side chains yields two acceptor materials, Y6-2Cl and Y6-4Cl. The introduction of chlorobenzene groups enhances the solubility, while also boosting th…
ABSTRACT Polythioctic acid (PTA) and its derivatives carrying disulfide bonds within the polymer backbone have emerged as leading candidates for yielding degradable and recyclable polymers. However, their development has been impeded by the persistent trade‐off between degradability and mechanical…
Pyrazole derivatives occupy an important position in medicinal and pharmaceutical research owing to their diverse biological properties. Among these activities, anti-inflammatory and analgesic effects have attracted considerable attention because pyrazole-based compounds are known to interact with…
This paper introduces Computational Irreplaceability Theory (CIT), a novel framework for understanding and evaluating the inherent value of modules within complex computational systems. CIT posits that the inability to replace a module – its computational irreplaceability – is a critical determinan…
ABSTRACT Achieving simultaneous morphology optimization and energy‐loss suppression in additive‐free organic solar cells (OSCs) remains a major challenge. Here, we report a halogenated third‐component strategy to regulate molecular stacking and exciton‐vibration coupling in additive‐free D18:L8‐BO…
Despite rapid progress in solution-grown metal halide perovskite single crystals for optoelectronic applications, further enhancement of their intrinsic crystallographic quality through solution engineering remains challenging. In particular, the fundamental links between precursor solution propert…
Achieving high-temperature superconductivity at ambient conditions remains one of the preeminent challenges in condensed matter physics. We propose a novel quantum heterostructure capable of sustaining a theoretical superconducting critical temperature (Tc) bounded between 167.3 K (unshielded lower…
This study investigates the effects of pressing speed and adhesive content on the physical and mechanical properties of medium-density fiberboard (MDF) panels produced from pine-oak fiber mixtures. Panels were manufactured under industrial conditions using the available production settings, includi…
FINDING: Knot invariants (Chern-Simons, Jones, Alexander) unify gauge theory, mirror symmetry, M-theory, and quantum computation; homologically fibered knots factorize higher-order Alexander invariants via Magnus matrix. | MATH: Chern-Simons action \( S_{CS} = \frac{k}{4\pi} \int_M \text{Tr}(A \wed…
ABSTRACT Molecular doping is a key strategy for tuning the thermoelectric (TE) properties of conjugated polymers. Yet achieving both high TE performance and long‐term stability remains challenging, as counterions redistribute and microstructures reorganize under thermal and ambient exposure. Here w…
FINDING: Icosahedral capsid geometry is governed by quasi-equivalence theory, requiring 12 pentamers and variable hexamers (T-number) to close a curved lattice. | MATH: T = h² + hk + k² (Caspar-Klug), where h,k are integers; curvature ratio = pentamer defect / hexamer count; Euler characteristic χ…
Abstract Metal halide–ligand complexes are widely employed to enhance the photoluminescence (PL) of colloidal quantum dots (QDs). In III–V materials such as indium phosphide (InP) QDs, these complexes are particularly effective at eliminating surface oxidative defects, yet the underlying mechanism…
The O12–O18 sequence identifies the pair-level quantity ${\sigma_{\mathrm{pair}}}(n) = \sigma_{c}(n)\,\sigma_{q-c}(n)$ as the structurally motivated candidate observable on ${\mathrm{Heis}_{3}(\mathbb{Z}/q\mathbb{Z})}$, with capacity exponent ${\delta_{\mathrm{pair}}} \approx 7.44$ consistent with…