Low-Voltage Electrophoretic Deposition in Water with Metal–Organic Framework Nanoparticles

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• Chemistry & materials/NanomaterialsSep 25, 2026

  Organic two-dimensional van der Waals heterostructures

  Here we introduce a bottom-up strategy for programmable lattice engineering in organic van der Waals heterostructures of 2D polymers.

  Anupam Prasoon, Nguyen Ngan Nguyen, Mike Hambsch and 18 more — Nature

  Peer-reviewed journalClaims a big step

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• Chemistry & materials/NanomaterialsSep 25, 2026

  Stress-engineered 0.34 nm graphene memristors for low-power probabilistic computing

  Here, the authors report a stress engineering method to fabricate graphene-edge memristors with a geometrically defined 0.34 × 0.34 nm2 crossed-electrode area, showing volatile characteristics and their application for low-power probabilistic computing.

  Yanming Liu, Jinzhu Li, Zhoujie Pan and 8 more — Nature Communications

  Peer-reviewed journalBold claims, read criticallyClaims a big stepReal-world use

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• Chemistry & materials/NanomaterialsSep 25, 2026

  Sequence-encoded hexagonal lattices in multichannel peptide nanofibrils

  These findings establish that a minimal, sequence-encoded interaction hierarchy can programme long-range supramolecular order, providing a general framework for how short peptides can encode complex, symmetry-defined architectures 4–12 .

  Jasmina Gačanin, Francesca Mazzotta, Luis A. Baptista and 14 more — Nature

  Peer-reviewed journal

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• Chemistry & materials/NanomaterialsSep 25, 2026

  Expandable and scalable production of cellulose nanofibrils via highly efficient swelling-modification in deep eutectic solvent

  Here, we develop a highly efficient swelling-modification strategy using a hydrated deep eutectic solvent (Zn(OAc)2/ChCl/H2O) to enable efficient CNF production and programmable chemical modification.

  Shaoning Wang, Lili Zhang, Enqing Zhu and 7 more — Nature Communications

  Peer-reviewed journalBold claims, read critically

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• Chemistry & materials/NanomaterialsSep 25, 2026

  Rational Design of Low-Dimensional Hybrid Organic/Inorganic Interfaces for Enhanced Second-Harmonic Generation

  By establishing that functionalization topology, dynamic spatial orientation, and substrate point-group symmetry constitute a single, non-separable parameter space, this work provides a systematic blueprint for the rational assembly, predictive discovery, and non-invasive characterization of next-generation low-dimensional hybrid materials for nonlinear optoelectronics.

  Michele Guerrini, Muhammad Sufyan Ramzan, Caterina Cocchi — arXiv

  Preprint

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