Materials Literature
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The coordination of multi-scale tasks is an effective strategy for computational materials discovery, yet the repeated application of diverse algorithms and tools renders it challenging. We report MAESTRO, a large language model (LLM) agent system capable of executing the entire screening pipeline for metal-organic fr…
The mechanical properties of polymer glasses are often critical in determining the best material for a particular application. Extremely stiff materials (high modulus) may be important for some applications while avoiding catastrophic failure due to fracture (high toughness) may be more important for others. The mecha…
Defect-assisted carrier capture is commonly described within nonradiative multiphonon (NMP) theory using normal modes of the equilibrium defect structure. This description becomes inadequate when finite-temperature lattice fluctuations explore configurations that cannot be represented by a fixed normal-mode basis. Her…
Despite their compensated magnetic moments, altermagnets (AMs) exhibit nonrelativistic spin splitting (NRSS) that offers routes to spintronic functionality without relying on relativistic spin-orbit coupling. However, how NRSS influences relativistic phenomena remains largely unexplored. Here we show that NRSS plays a…
The passivation of silicon dangling bonds by hydrogen is a crucial requirement for silicon-based optoelectronic technology, especially for solar cells. Recent experiments on intense light soaking of silicon heterojunction solar cells unveiled interesting dynamical aspects of hydrogen passivation that are linked to Si-…
Videos and images from a pilot experiment conducted to evaluate the effects of Zn and transparent sediments on Monokalliapseudes schubarti movement behavior.
Rintasyöpä on Suomessa naisten yleisin syöpä, johon sairastuu elinaikanaan noin joka kahdeksas nainen. Tauti on biologisesti heterogeeninen, luminaaliset alatyypit A ja B, HER2-positiivinen sekä kolmoisnegatiivinen rintasyöpä. Ne eroavat toisistaan hoitovasteen, uusiutumisriskin ja ennustee suhteen. Nykyhoito perustuu…
Active food-packaging films were developed by sequentially depositing olive leaf extract (OLE)-containing chitosan layers onto a poly(lactic acid) (PLA) substrate using a doctor-blade applicator. The films were designated PLA/CH0, PLA/CH1, PLA/CH2, and PLA/CH4 according to the number of deposited layers. A deep eutect…
Understanding glycoprotein structures is critical for understanding their biological roles, yet despite the moderate size of the glycans, determining the structure of these atomic models presents unique challenges. Originally designed to help mine the Protein Data Bank for monosaccharides and their context, the Privat…
Mingyao Huang,1,* Jiahui Zhang,2,* Zhanying Hao,3 Qian Wang,4 Wei Liu51School of Basic Medicine Science, Key Laboratory of Translational Tumor Medicine in Fujian Province, Putian University, Putian, Fujian, 351100, People’s Republic of China; 2China Medical University, Shenyang, 110000, People’s Republic of China; 3De…
This paper proposes a unifying framework, termed the Mathematical Origin Theory, to explain why certain mathematical structures—particularly groups, spaces, and number systems—emerge repeatedly across diverse domains of mathematics and science. By formulating the Origin Principle, we identify fundamental properties an…
This preprint investigates an apparent ε^(3/4) scaling law arising near a singular ModMax–Białynicki–Birula constitutive interface and asks whether that exponent represents the true asymptotic dynamics. The analysis shows that the observed three-quarter behaviour is not, by itself, sufficient evidence for a fundamenta…
Polyurethane foams (PUFs) are extensively used in acoustic applications due to their porous structure and high sound energy dissipation, making them ideal for noise control. In this context, this study presents an experimental and numerical analysis of homogeneous and multilayer open-cell PUF systems, evaluating their…
This paper investigates the phenomenon of order phase transitions in computational systems, specifically focusing on systems exhibiting self-organization and pattern formation. We explore the concept of the order parameter, represented as [|\Pi_P|/n!] , and its behavior as the system size [n] or the coupling parameter…
Thermodynamics has traditionally focused on the macroscopic behavior of physical systems, yet the intricate processes that give rise to complex structures remain largely uncharacterized within this framework. This paper introduces a new conceptual framework, Mathematical Structure Thermodynamics, which extends classic…
ABSTRACT Conventional ovonic threshold switching (OTS) chalcogenides face a fundamental scaling limit for selector‐only memory (SOM), because aggressive thickness scaling increases leakage current and hinders reliable low voltage operation. Here, this trade‐off can be overcome by exploiting the unique materials charac…
Identifying single photon emitters from large, inhomogeneous candidate populations is key to realizing many quantum applications. This requires measuring the emitters second order autocorrelation function, whose statistical reliability is fundamentally limited by acquisition time. Machine learning classifiers can acce…
This paper introduces a new conceptual framework for understanding how complex mathematical structures can be represented and manipulated through folding processes. We formalize the notion of a Folding Map, a bijective transformation that compresses a high‑dimensional algebraic or topological object into a lower dimen…
VTQ-MM-and-Ly-Algebra-5-Fold-Framework- The physical qubit overhead for Fault-Tolerant Quantum Computing is hitting a wall. Standard 2D surface codes demand 18,000 physical qubits per logical qubit. Title:** AEGIS-FTQC: 3D XZZX Volumetric Topological Memory and Ly-Algebra 5-Fold Symmetry Framework for Fault-Tolerant Q…
A recurrent theme in disparate branches of mathematics is the emergence of identical structural patterns: cyclic phenomena in number theory, reflective symmetries in geometry, and eigenvalue spectra in analysis. This paper proposes that these phenomena are manifestations of a single underlying principle, termed Univer…