Scientific Resource Catalog
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This paper proposes a novel theoretical framework, Molecular Object Fusion (MOF), centered around the concept of emergent object formation through the directed interaction of multiple molecular entities. Unlike conventional approaches that focus solely on the act of chemical bonding, MOF shifts the…
This paper presents a comprehensive methodology for analyzing static loads acting on underground structures due to debris accumulation following the progressive collapse of above-ground, multi-story, reinforced concrete buildings. A large set of frame-slab type structures was parametrically generat…
This paper introduces the Universal Chemical Complexity Metric (UCCM), a novel approach to quantifying the complexity of chemical systems. The current landscape of chemical complexity assessment is fragmented, lacking a unified metric applicable across diverse systems like viruses, proteins, crysta…
We compared the extent to which functional correspondencebetween corresponding Transformer blocks emerges or is preservedacross different training runs when atoms designatedas active during Source training are reused together with thedictionary scales 𝐿 in subsequent training, relative to a standar…
This paper introduces the Universal Orbital Compression Principle (UOCP), a novel theory proposing that electron orbitals do not undergo rearrangement but actively compress. The traditional model of electron configuration relies on the concept of electrons 'filling' orbitals, often involving comple…
Abstract Due to the larger elongation at failure and higher toughness in tension, coir fibers have been considered as one of the ideal natural fibers used in fiber reinforced cementitious composites. This paper presents experimental investigations on the performance of coir fiber reinforced cementi…
Aufgrund ihrer spannenden optoelektronischen Eigenschaften sind Bleihalogenid Perowskit Nanokristalle seit einigen Jahren im Fokus der Festkörperforschung. Ihre hohe Quanteneffizienz und Absorption, gepaart mit hoher Vielseitigkeit durch Abstimmbarkeit der Bandlücke, versprechen ein breites Einsatz…
ABSTRACT Geometrical frustration provides a fertile platform for realizing exotic quantum phases such as spin liquids, yet, the predictive identification of frustrated magnets remains limited. Here, we introduce a first‐principles workflow that integrates high‐throughput DFT calculations, magnetic…
This globally first systematic review and meta-analysis quantitatively evaluates the efficacy, safety, and dose–response relationships of gold (Au) nanoparticle-mediated photothermal therapy (PTT). A systematic search was conducted across four major databases for preclinical studies published betwe…
Abstract High-intensity thermal concentration of chloride brines is limited by a chemical failure rather than an energetic one. Magnesium chloride reacts with water during heating to give, in stages, magnesium hydroxychloride and then magnesium oxide, releasing gaseous hydrogen chloride. The hydrol…
This paper proposes a novel theoretical framework, "The Chemical Origin of Form," centered on the fundamental question of why matter organizes itself into diverse structures – spheres, crystals, helices, and complex biological forms. The core principle, the Form Generation Principle, suggests that…
ABSTRACT The integration of real‐space topological spin textures and momentum‐space topological electronic states within a single system remains challenging. However, the emergence of altermagnetism has changed this. Here, we introduce a symmetry‐locked bilayer altermagnet that concurrently hosts d…
This paper introduces a novel criterion, the Chemical Model Divergence Criterion (CMDC), designed to rigorously assess discrepancies between predictions from different chemical models. The core concept revolves around establishing a clear and quantifiable relationship between model divergence, expe…
Sustainable soil health management is a major challenge for modern agriculture, particularly under increasing water constraints and progressive soil degradation, prompting the evaluation of innovative soil conditioners such as water-soluble polymers. This study assessed the effects of the anionic c…
We report the autonomous discovery of four mutually non-equivalent rank-23 decompositions of the 3x3 matrix multiplication tensor over {-1,0,+1} in the cyclic Z3-symmetry class (2,7), each provably inequivalent to the published reference scheme of Ballard, Ikenmeyer, Landsberg and Ryder (2018) and…
This paper unifies two previously open parts of the Constrained Null Geometry description of deuterium–tritium fusion. First, it distinguishes the intrinsic finite D–T event from the external event produced by an experimental measurement apparatus. An exact observer-transfer model shows how reconst…
Source: ‘Report of the Hyderabad Chloroform Commission’, British Medical Journal 2 (12 December 1891), pp. 1265–8.
This paper introduces Molecular Transformation Algebra (MTA), a novel algebraic framework designed to represent and analyze chemical reactions. Traditional chemical notation often lacks the precision and formal structure necessary for detailed analysis and predictive modeling. MTA addresses this li…
This paper introduces the Chemical Order Parameter Theory (COPT), a novel framework for understanding and predicting complex structures in chemical systems. COPT extends the concept of order parameters traditionally applied in physics to the realm of chemistry, proposing the existence of a "Chemica…
Abstract Ultrahigh-performance concrete (UHPC) is increasingly used in critical infrastructure exposed to dynamic loads due to its exceptional strength, toughness, and durability. While its mechanical behavior under static and high-strain-rate conditions after full curing is well studied, to our be…