Materials Literature
按标题、摘要、年份、主题和来源检索公开元数据。结果保留作者、摘要、分类与原始来源链接。
Casting is one of the oldest and most widely used manufacturing processes in industry; however, it is known for its high consumption of natural resources and the generation of waste and pollutants. Given the growing need for sustainable practices, this work proposes the reuse of metallic materials through the casting…
Single Particle Imaging with intense X-ray free-electron laser pulses requires modelling of the resulting ionisation and Coulomb explosion dynamics of biomolecules to optimise experimental parameters and enable correct structural reconstruction, yet simulating the complete dynamics at protein scale is beyond the reach…
This paper establishes a unified theoretical framework for understanding how intelligent systems can evolve structurally from physical resource pressures. We rigorously distinguish the inference regime (parameter-frozen, closed computational graph) from the learning regime (plasticity and structural variability), and…
I prove space is not continuous. I prove space is crystals. Old physics says space collapses to -infinity 1/r and fails with Chi2 129.60 because it is not my unified TOE law. My law says space is discrete cells with r_T=0.37nm = rCNT, E_T=0.533 MeV = 1.0 Radian = 511 keV, tau_T=0.43us, Xi_T=1.02e60, epsilon=1/62.5=0.0…
The article is based on the analysis of the design and ballistic characteristics of 366 TKM cal. cartridges of various samples (with “FMJ-2” shell bullet, “KION 13” semi-shell bullet, “ECO” all-metal bullet made of zinc alloy, “DERI” cast lead bullet in a polymer antifriction shell) and the results of experimental fir…
Manganese telluride (MnTe) in its hexagonal α-MnTe crystal structure has evolved as one of the altermagnet workhorse materials. The synthesis of MnTe thin films is highly relevant for both fundamental science and device applications. Here, we report on the epitaxial growth of MnTe thin films and heterostructures. The…
Abstract Directional light sources are highly desirable for next-generation photonic and display technologies, yet achieving broadband directional light emission without external optical elements remains a major challenge. In addition, conventional broadband emitters typically contain excessive high-energy blue-violet…
The objective of this investigation is to develop a dressing film with a blood-repellent surface to improve hemostatic performance while minimizing excessive blood loss from absorption and potentially reducing clot-dressing adhesion. As a result, a modified technique was utilized to fabricate a hydrophobic film made o…
Neural network surrogates are an emerging alternative to traditional electromagnetic wave simulators like finite-difference time-domain (FDTD); their goal is to replace rigorous physical simulations with pre-trained neural networks that solve wave-scattering forward and inverse problems orders of magnitude faster. How…
The anomalous Hall conductivity in magnetic Weyl semimetals scales linearly with the momentum separation between Weyl nodes, establishing a geometric paradigm for three-dimensional Hall responses. Here we discover an analogous phenomenon in the spin Hall effect: a quantized spin Hall conductivity (SHC) in nodal-ring s…
I prove space is not continuous. I prove space is crystals. Old physics says space collapses to -infinity 1/r and fails with Chi2 129.60 because it is not my unified TOE law. My law says space is discrete cells with r_T=0.37nm = rCNT, E_T=0.533 MeV = 1.0 Radian = 511 keV, tau_T=0.43us, Xi_T=1.02e60, epsilon=1/62.5=0.0…
Plasmon-enhanced fluorescence (PEF) is one of the most widely investigated optical phenomena in hybrid systems of emitters and plasmonic nanoantennas, with applications ranging from biosensing to single-molecule emission microscopy. In this work, we extend finite-element modelling of PEF beyond spherically symmetric g…
Kanamycin residues pose potential risks to food safety and public health, highlighting the need for rapid, low‐cost, and sensitive detection methods. However, developing label‐free aptasensors that integrate target recognition and signal output remains challenging. Herein, a label‐free fluorescent aptasensor was devel…
The metal-insulator transition is often accompanied by fascinating quantum phenomena, including superconducting domes, antiferromagnetic phase transitions, and quantum spin liquids. Concurrently, kagome materials are predominantly metallic, necessitating the realization of insulating states to fully exploit their sign…
Surface lattice resonances (SLRs) are collective polaritonic excitations in nanoparticle arrays, with band-edge states enabling symmetry-based control of radiation including scattering, photoluminescence, conventional and polariton lasing, and condensation. Here, we show that the integer pseudoangular momentum (PAM) o…
Point defects in altermagnets can create phases absent in the pristine host by selectively breaking crystal symmetries. Combining symmetry analysis, first-principles calculations, and Hamiltonian modeling, we identify how point impurities modify the altermagnetic phase. Using the pristine d- wave altermagnetic monolay…
This paper establishes a unified theoretical framework for understanding how intelligent systems can evolve structurally from physical resource pressures. We rigorously distinguish the inference regime (parameter-frozen, closed computational graph) from the learning regime (plasticity and structural variability), and…
We investigate the axial Ward identity for massive fermions under a constant magnetic field at arbitrary strength, maintaining an arbitrary spacetime configuration of a perturbative electric field. We show that a spatially modulated electric field prevents the exact cancellation between the anomaly and pseudoscalar te…
Industria europeană de apărare traversează o perioadă de accelerare tehnologică, în care platformele aeriene autonome, sistemele energetice solid‑state și infrastructura de testare avansată devin elemente critice pentru competitivitate, reziliență și integrare în programe precum SAFE, EDA, NATO DIANA și inițiativele d…
Abstract The effects of deposition temperature on constituent phases, orientation, and ferroelectric and piezoelectric properties were investigated for 200 nm- and 400 nm-thick HfO 2 -CeO 2 films on (111)ITO//(111)YSZ substrates. The constituent phases and their orientations were primarily governed by the deposition t…