2026– date –
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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... -
Nanotechnology Achieves Ultra-Efficient, Low Off-Target mRNA Delivery for Next-Gen Vaccines and Gene Therapies
Nature Materials UK Overview Researchers at the University of Cambridge have developed a groundbreaking nanotechnology strategy for highly efficient and minimally off-target delivery of mRNA to specific cells and tissues. This innovation... -
tesa Unveils Three Automation-Ready Adhesive Solutions to Boost EV Battery Performance and Reliability at Automotive Engineering Exposition 2026
PR Newswire Germany Overview tesa showcased three advanced, automation-ready adhesive solutions at the Automotive Engineering Exposition 2026, designed to enhance electric vehicle (EV) battery performance and reliability. These innovativ...
