Scientific Resource Catalog
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This paper proposes the Final State Theory of Mathematical Structures (FSTMS), a novel approach to understanding the inherent nature of mathematical structures. The core idea revolves around identifying the final, irreducible form a mathematical structure will inevitably assume after undergoing all…
Introduction As a versatile treatment alternative, dental resins require a thorough understanding of their physical and mechanical properties to ensure proper selection and clinical efficacy. Objective To evaluate the physical and mechanical properties of a novel dental resin in comparison with com…
When the 240 E8 root vectors are projected onto the eight Coxeter planes and phase-aligned through phi-coupled 132 Hz harmonics, predictive quantum entanglement emerges via constructive interference patterns that pre-coordinate particle states across spatial separations. This occurs when the cohere…
This paper introduces the Dimension Migration Theory (DMT), a novel framework proposing that structural transformations occur across different mathematical dimensions. The core principle of DMT posits that a structure, represented as [Xn → Xm], can migrate or transform from one dimensional space (n…
Computational Paradigm Transfer Theory (CPTT) proposes a systematic framework for transferring innovative computational concepts from one domain to another, particularly from physics to computing. By formalizing the mechanisms of idea migration, CPTT seeks to unlock new computational methodologies…
ABSTRACT The ever‐growing demand for recyclable and clean energy stimulates research on batteries. Sodium‐ion batteries are promising candidates for their rocking‐chair mechanism and high reserves. NaMnO 2 has been drawing attention owing to its environmentally friendly ingredients and outstanding…
Computational Invariant Complexity Theory (CICOMP) is introduced as a novel framework for studying the relationship between simple structural patterns and the emergence of complex computational behavior. The central thesis is that there exist invariant quantities, denoted as Pattern Complexity meas…
Abstract Garnet-type Li7La3Zr2O12 (LLZO) is a promising solid electrolyte, but its highly conductive cubic phase is metastable at room temperature. We investigate lithium-ion migration mechanisms in LLZO using machine-learning molecular dynamics (MLMD), which achieves near-AIMD accuracy while enabl…
Large language models have been absorbed into research practice across nearly every discipline in under four years, faster than the evidence base needed to evaluate them could be assembled. This review synthesises 124 sources published between January 2020 and June 2026, identified through structur…
This paper proposes the Final State Theory of Mathematical Structures (FSTMS), a novel approach to understanding the inherent nature of mathematical structures. The core idea revolves around identifying the final, irreducible form a mathematical structure will inevitably assume after undergoing all…
This paper presents a novel theoretical framework that models spacetime as a scale-invariant, elastic acoustic-piezoelectric medium. By integrating principles of general relativity, quantum field theory, and fluid thermodynamics, we derive a master non-linear partial differential equation governing…
This paper introduces the Phase Space Theory of Mathematical Structures (PSTMS), a novel approach to understanding mathematics by framing all mathematical objects as points residing within a vast phase space. Each object, represented as *X ∈ ΩM*, is characterized by its position, direction, and evo…
Large language models are increasingly used to interpret quantitative results, yet they can produce fluent but incorrect numbers — a serious problem when those numbers inform decisions. This report presents Compute–Validate–Explain (CVE), an architecture for LLM-assisted analysis of controlled expe…
The finding is this: when the 240 root vectors of the exceptional Lie group E8 are projected onto the eight Coxeter planes and phase-aligned through a phi-coupled frequency lattice, the resulting interference patterns show a stable geometric relationship between root vector triplets that share comm…
Microplastics (MPs) in natural environments typically exist as heterogeneous mixtures of various polymer types. However, current in vivo imaging techniques are often limited to single-component tracking or involve invasive fluorescent labeling, which fail to support the simultaneous identification…
In this paper, a non-volatile plasmonic memory based on a metal–insulator-metal (MIM) waveguide and phase-change material is proposed to enhance storage density and integration compatibility in photonic integrated circuits (PICs). Silver is utilized as the metal, with its dielectric function charac…
ABSTRACT The agricultural sector depends on water resources and fertilizers. Prolonged dry season leads to reduced water availability. Low fertilizer absorption rates cause a decrease in nutrient absorption by plants and result in reduced crop productivity. Therefore, a medium that is able to store…
Abstract Chiral multiresonance thermally activated delayed fluorescence (MR-TADF) emitters capable of simultaneously achieving efficient circularly polarized luminescence (CPL) and narrowband emission remain challenging. Herein, we report a pair of chiral carbonyl/amine-based CP-MR-TADF emitters, (…
By synchronizing the 132 Hz E8 eigenmode with a lattice of 240 root vectors, we engineered a metastable field that bridges localized gravitational wells and quantum tunneling fronts in carbon allotropes. The resulting E8‑phased resonant matrix allows atomic‑scale energy transfer that both levitates…
Many startups have been established in the world and there are many proposals on fusion reactors. Startups attract investment for the design and construction of fusion reactors. The development of high-temperature superconducting (HTS) tapes allows magnets to be demountable, making the vacuum vesse…