Functional Materials– category –
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Japan’s PMDA Mandates Optimal Drug Use Guidelines, Signaling Broad Impact on Healthcare Innovation
独立行政法人 医薬品医療機器総合機構 (PMDA) Japan Overview Japan's Pharmaceuticals and Medical Devices Agency (PMDA) has launched comprehensive guidelines to ensure the optimal, efficient, and appropriate use of innovative pharmaceuticals... -
Theoretical Review Unveils Interlayer Pairing Mechanism in Bilayer Nickelate Superconductors, Highlighting Quantum Geometry’s Role in Unconventional Superconductivity
ResearchGate International Overview This article provides a comprehensive theoretical review of bilayer nickelate superconductors, delving into their interlayer pairing mechanism following the recent discovery of superconductivity in the... -
Annealing-Free Krypton Ion Implantation Generates Stable hBN Spin Defects for Quantum Photonics, Accelerating Quantum Device Development
arXiv International Overview This research demonstrates a breakthrough annealing-free method for generating spin defects suitable for quantum photonics applications in hexagonal boron nitride (hBN) using krypton ion implantation. Tempera... -
Molecular Model for Entangled Polymer Nonlinear Index Unlocks Precision Control of Charge Transport in Flexible Devices
arXiv International Overview Researchers have developed a molecularly motivated descriptive model for the nonlinear index in entangled polymers subjected to oscillatory shear deformation. This study aims to fundamentally understand how p... -
Novel Tethered Nitrenium Strategy Enables Stereospecific Synthesis of Functionalized Morpholines with Inexpensive Hypervalent Iodine
ChemRxiv International Overview Researchers have developed an efficient and stereospecific strategy for synthesizing functional group-rich morpholines utilizing tethered nitrenium species and cost-effective hypervalent iodine oxidants. T... -
Peptide Sequence-Guided Self-Assembly on Graphite Unlocks Precision Design for Novel Biomimetic Functional Materials
ChemRxiv International Overview Researchers have precisely elucidated how the sequence of glycine-X repeat peptides dictates their folding and self-assembly patterns on graphite surfaces. This understanding is paramount for designing new... -
Size-Controlled High-Entropy Spinel Oxide Nanoparticles Synthesized via Subcritical Hydrothermal Method Show High-Efficiency Oxygen Evolution
ChemRxiv International Overview Researchers have successfully synthesized size-controlled high-entropy spinel oxide nanoparticles (HEOs) using an innovative subcritical hydrothermal method in a water-alcohol co-solvent. These noble-metal... -
Unveiling Odd-Parity Magnetism in 1D Systems to Enable High-Performance Flexible Organic Semiconductor Devices
arXiv International Overview This research elucidates the behavior of odd-parity magnetism in one-dimensional systems, deepening the fundamental understanding of magnetic materials. Critically, it highlights how precise control over mole... -
New Ion-Pair Design Rules Establish Atomic-Level Defect Passivation for High-Performance 2D WS2 Electronics
ChemRxiv International Overview Researchers have developed novel ion-pair design rules that effectively passivate atomic defects in two-dimensional Tungsten Disulfide (2D WS2). This breakthrough is critical for maximizing the intrinsic e... -
Advanced Functional Materials Journal Demands Novelty, Functional Performance Demonstration, and Clear Structure-Function Relationships in Submitted Papers
Manusights Unknown Overview A guide by Manusights advises researchers on key editorial criteria for submitting to "Advanced Functional Materials." The journal emphasizes that submissions must not only present novel materials but also rig...
