Super-resolution imaging reveals single exosomes in the gut–brain axis—NanoSIM + organ-on-a-chip unlock intercellular communication with unmatched spatiotemporal detail. Read it here 🔗

From a drop of sample to diagnosis within minutes, NasRED detects analytes at sub-femtomolar levels: a portable, low-cost breakthrough poised to transform infectious and chronic disease diagnostics. Read it here 🔗

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A modular synthesis enabled stable, lead-free halide double perovskite nanocrystals for an improved compositional engineering and detailed structural analysis, providing key insights on the optical properties of these materials. Read it here 🔗

Researchers observe Shubnikov-de Haas beating patterns in transport measurement, suggesting thermal-strain-induced pseudomagnetic fields of 0.2T in graphene in extraordinary magnetoresistance geometry. Read it here 🔗

Advancing diagnostics and targeted therapies in Lysosomal Storage Diseases: 3D label-free Holo-Tomographic Flow Cytometry reveals drug-induced morphological changes in single live suspended cells. Read it here 🔗

Fan & his collaborators from China reported a buried interface passivation methodology utilizing 3-methylthio-1,2,4-triazine molecules, which exhibited strong anchoring strengths to effectively passivate defects in perovskite materials. Read it here 🔗

Superdurable, flame-resistant ZrO₂-Al₂O₃ nanofibers enable long-lasting passive radiative cooling under harsh environments. A new direction for thermal regulation materials. #RadiativeCooling #FireSafety #MaterialsScience. Read it here 🔗

Researchers computationally design fullerene nanoribbons with tuneable crystal structures and electronic properties, paving the way for future nanoscale device engineering. Read it here 🔗

Learn more about the 2025 winners of our ACS Nano Awards and what inspires their research in this series of interviews:

A technique to introduce atomic anchors into van der Waals interfaces is developed, which can robustly guide and maintain the stacking structure. Read it here 🔗

Stars NV, a sonodynamic nanovaccine, subsequently penetrates BBB, targets TAMs, & reprograms immune environment of glioblastoma. It enhances T cell response, inhibits tumor growth, & offers a noninvasive therapy with improved survival. Read it here 🔗

Learn more about the 2025 winners of our ACS Nano Awards and what inspires their research in this series of interviews:

Demonstrating controlled Mn²⁺ incorporation into layered hybrid perovskite single crystals via CVD, revealing deterministic & unprecedented lattice distortion @KimlabMSU @pushpyrao @seokhyoung_kim @MSUChem @MSUNatSci. Read it here 🔗

Single water molecules on the calcite(104)-(2x1) mineral surface imaged by atomic force microscopy at 5K. Water-water hydrogen bonds within the first layer absent and surface reconstruction is lifted. Read it here 🔗

Thermoelectrics traditionally harvest electricity from heat. In this work, researchers flipped the narrative and demonstrated their ability to turn cold energy from evaporation into electricity with zero energy input. Read it here 🔗

Researchers show that sphingolipids accumulated in Globoid Cell Leukodystrophy self-assemble into cytotoxic fibrils. Small molecules can mitigate this fibril formation, revealing a potential therapeutic avenue. Read it here 🔗

MoOCl₂ is a natural van der Waals hyperbolic crystal enabling low-loss, broadband polarization control in the visible range—unlocking ultrathin polarizers and compact photonic devices. Read it here 🔗

First to show that even when SWCNT nIR spectra appear unchanged, hidden features exist. @sycho_lab uses machine learning to decode these subtle signatures to accurately distinguish different viruses. Read it here 🔗

"The Regulation of Ion Transport Microenvironment in Micropores to Precisely Construct Porous Polymer Electrolytes for Solid-State Lithium–Metal Batteries". Read it here 🔗

Silicone-based superhydrophobic surfaces that boost their own drop speeds? Self-acceleration is achieved through adaptive charge suppression - unlike fluoro-based variants. Fluoro-free, sustainable, and antistatic!. Read it here 🔗