Materials Literature
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Here, we explore component-dependent local lattice distortions in polycrystalline, equiatomic, face-centered cubic CrMnFeCoNi high-entropy alloys and their modifications induced by dilute interstitial carbon. Multi-edge extended X-ray absorption fine structure spectroscopy combined with reverse Monte Carlo analysis re…
Barocaloric (BC) molecular crystals exhibit order-disorder phase transitions that o9er a promising basis for solid-state heating and cooling. However, rational design of these next-generation materials requires microscopic understanding of the molecular dynamics that drive the transitional entropy change. Quasi-elasti…
Ureilites are ultramafic achondrites interpreted as fragments of a differentiated parent body, yet their origin and evolution remain debated because textural equilibrium coexists with chemically primitive compositions. Here we report mineralogical, isotopic, and microstructural observations from polymict ureilite Elep…
The dynamic magnetic pair-density function (DymPDF) $D_{\rm M}(r, E)$ is derived by extending the static magnetic pair distribution function (mPDF) to finite energy transfer. The analytical DymPDF of a one-dimensional Heisenberg ferromagnet is obtained from the magnon dispersion and compared with simulations performed…
Identifying atomic defects at elevated temperature is difficult because thermal fluctuations blur the local symmetry that both geometric heuristics and supervised classifiers rely on: trustworthy labels exist in low-temperature reference configurations, while the high-temperature regime where robust analysis matters m…
In low-field, lightweight, pole-pieceless permanent-magnet MRI systems built with sintered Nd-Fe-B or Sm-Co magnets, the rapid switching of gradient fields readily induces eddy currents in the sintered magnets, leading to image artifacts. To address this, we report for the first time a Sm-Fe-N permanent-magnet MRI sys…
Diamond was grown from a liquid Ga-Fe-Ni-Si alloy near 1 atm, although bulk graphite is thermodynamically more stable under those conditions. This Perspective asks what must be true for a diamond growth front to continue advancing in such a metastable regime. I define a finite-difference transfer free energy for a spe…
ABSTRACT Construction of a strong metal‐oxide heterointerface via perovskite in situ exsolution synchronously generates oxygen vacancies (Vö) and B‐site cation defects. However, their individual contributions are often conflated and overshadowed by the overall high performance toward CO 2 electrolysis in solid‐state e…
ABSTRACT The search for single‐ion magnetism (SIM) has been largely focused on hybrid metal–organic systems. Here, the spin‐relaxation mechanism of SIM is demonstrated in a pure inorganic transition‐metal oxide, , an Ising‐chain magnet, employing neutron diffraction and inelastic neutron scattering (INS), complemented…
ABSTRACT Developing sustainable and energy‐efficient catalytic systems for CO 2 conversion is pivotal for advancing carbon cycle management, yet remains highly challenging. Here, we report a novel near‐infrared (NIR) photothermal catalytic platform by depositing silver nanoparticles onto a bipyridinium radical‐functio…
ABSTRACT Moisture‐driven energy generators (MEGs) offer a sustainable route for low‐grade energy harvesting, yet their integration into high‐power electronics is limited by internal Joule heating and external thermal loads. Conventional MEGs also lack integrated thermal management and waste heat recovery. Guided by De…
By partitioning the 240 E8 root vectors into symmetry-adapted subsets corresponding to E8's maximal subgroups, each subset encodes a distinct spatial curvature signature when modulated across the φ-scaled 132Hz lattice. Cascading phase interference among these partitions generates programmable local spacetime geometri…
This repository contains the authoritative "Zero-Trust" pedagogical corpus and the corresponding ab initio Python execution suite for the Geometric Resonance Quantum Architecture (G3 Q-Lab). The architecture harnesses aperiodic spatial translational symmetry breaking (Vogel phyllotaxis) to achieve absolute Many-Body L…
ABSTRACT The regulation of solute transport across lipid bilayer membranes is central to many biological processes and is typically mediated by protein transporters that dynamically respond to stimuli. The development of artificial systems that emulate such responsive behavior remains a major challenge. Here, we show…
When Closure Must Fill Space extends the constraint-based geometry developed in The Order of Geometry: From Distinction to Closure from individual compact closure to collective space-filling closure. The paper begins with a simple topological result. For any triangulation of a spherical boundary with 24 triangular fac…
Abstract High-viscosity dispensing is widely used in advanced manufacturing, but reliable open-loop delivery remains difficult because viscous resistance, hydraulic loading, and actuator limitations can make the relationship between pump command and delivered amount dependent on the operating point. This study address…
ABSTRACT Microplastics (MPs) can enter the human body via the food chain and induce irreversible health risks. Based on triboelectric nanogenerator (TENG) technology, this study developed a droplet microfluidic system for the real‐time detection of MPs in aqueous environments. For the classification of MP types, cryst…
Abstract The stability of high-speed liquid jets is crucial for applications ranging from precision printing to needle-free drug delivery, yet it is fundamentally limited by capillary-driven breakup. We find that tuning the nanoscale softness of Poly( N -Isopropylacrylamide) (PNIPAM) microgels provides a robust, bioco…
Abstract Thermodynamic control of molecular photoswitches remains a fundamental challenge, centered on the stabilization of high-energy metastable states. Inspired by concepts of selective kinetic regulation found in Maxwell’s demon-like systems, we explore hydrogen bonding as a molecular-level selector for modulating…
ABSTRACT Metal‐free perovskites (MFPs) have emerged as eco‐friendly candidates for next‐generation x‐ray detection. However, their development is severely hindered by poor material stability and the reliance on high driving voltages, which exacerbate device complexity and operational risks. Herein, we adopt a multista…