Today's Nanotech Pulse
AI‑augmented atomic force microscopy automates nanoscale imaging
A collaborative team from Korea University, Massachusetts General Hospital and Seoul’s biomedical engineering community published a review in ACS Nano describing an AI‑augmented atomic force microscopy (AFM) framework. The paper details how artificial intelligence can automate probe selection, scan‑path planning, image denoising, super‑resolution and 3‑D reconstruction, removing the need for human intervention.
KAIST Unveils 2D Conductive MOF That Defies Performance Drop in Multilayer Stacks
KAIST announced the creation of a new two‑dimensional metal‑organic framework that retains single‑layer electronic properties even when stacked, delivering 0.58 S/cm conductivity without doping. The discovery removes a long‑standing bottleneck for multilayer nanoelectronics and quantum devices.
KAIST Uses DNA Nanocoating to Boost Hydrogen Production Efficiency
A team led by Professor Jimin Park at KAIST announced a DNA‑based nanocoating for gold nanoparticle catalysts that sharply improves hydrogen evolution efficiency and glycerol oxidation selectivity. Published in JACS, the work shows how programmable DNA sequences can tune the...
AI-Guided AFM Analyzes Nanostructures without Human Intervention
A collaborative team from Korea University, Harvard‑affiliated Massachusetts General Hospital and Seoul’s biomedical engineering community published a review in ACS Nano outlining an integrated AI‑augmented atomic force microscopy (AFM) framework. The paper details how artificial intelligence can automate probe selection, scan‑path...
ETH Zurich Shows Microrobot‑Enabled Spinal Cord Repair in Fish and Mice
Researchers at ETH Zurich injected magnetically controlled microrobots loaded with induced pluripotent stem cells into injured spinal cords of zebrafish and mice, achieving measurable functional recovery within days. The bio‑hybrid robots combine stem‑cell therapy with magnetic navigation, a potential breakthrough...
Heat Breaks the Rules at the Nanoscale and Scientists Used It to Their Advantage
Researchers at Carnegie Mellon University, together with Stanford and Purdue collaborators, demonstrated that gold‑patterned metamaterials can increase near‑field radiative heat transfer up to fourfold across nanometer‑scale gaps, as reported in Nature. By engineering microscopic structures that resonate with surface phonon...
Gold-Core Nanoparticles Deliver Full-Spectrum Structural Colors
Yuwon Jeon and his team at KU‑KIST in Seoul have engineered gold‑core, silica‑shell nanoparticles that suppress blue scattering and produce vivid, stable reds, greens and blues without dyes. The breakthrough could reshape paints, coatings and anti‑counterfeiting inks.
Tehran Researchers Unveil Light‑Activated Nanocatalyst that Boosts Melanoma Cell Kill
Researchers at the University of Tehran have introduced a photochemical nanocatalyst that markedly increases melanoma cell death when exposed to visible light. The composite, built from graphitic carbon nitride, platinum, chitosan and iron ions, generates reactive oxygen species and hydrogen...
Nanoplatform Revives Aged Stem Cells for Bone Healing
A sustained NAD+ supplementation-biosynthesis nanoplatform for metabolic restoration in aged bone regeneration "...These findings demonstrate that this nanoplatform can effectively restore the functions of senescent BMSCs, providing a promising therapeutic strategy for aging-related bone regeneration." https://t.co/V6anCVfDPU
Gold Nanoparticle Assay Cuts PCR Genotyping Time and Cost
A research team led by Dr. Suneel Kumar Onteru introduced a gold nanoparticle‑based colorimetric assay that visualizes PCR amplification without agarose gel electrophoresis, offering a low‑cost, toxic‑free alternative for SNP genotyping in resource‑limited settings.
Dynamic Terahertz Wavefront Control Using Stretchable Single-Walled Carbon Nanotube-Based Metasurfaces
Researchers led by Prof. Yan Zhang have created stretchable terahertz metasurfaces using single‑walled carbon nanotube (SWCNT) films on silicone. The 21 mm × 21 mm devices—one a focal‑length‑tunable lens and the other a beam‑steering lens—shift focal distance and deflection angle simply by mechanical stretching....
Tokyo Researchers Build 1‑nm Semiconductor Nanotubes, Paving Way for Atom‑Scale Chips
A team at the University of Tokyo has fabricated semiconductor nanotubes just one nanometer in diameter—about 100,000 times thinner than a human hair—using a boron‑nitride “mold.” The breakthrough could eliminate the defect‑prone etching steps that limit silicon scaling and accelerate...
Basil‑Derived Carbon Dots Boost Fenugreek Growth, Offer Green Path for Agriculture
Scientists at ENES‑León, UNAM and UAQ have produced carbon dots from sweet‑basil leaves that, when applied to fenugreek seedlings, increase root length, shoot height and overall biomass. The biodegradable nanomaterial could become a low‑cost, eco‑friendly tool for sustainable farming, reducing...
Iran’s Nanotech Industry Generates $554 M in Sales, Moves Beyond Research
Iran’s nanotechnology headquarters announced that the sector now produces over $554 million in sales, with 230 products certified in the past year and exports reaching $183 million. The data shows a 57% year‑over‑year increase, underscoring a rapid move from pure research to...
Chalmers AI ‘Super‑Brain’ Cuts Photonic Simulations 10‑Fold, Boosting Quantum Tech
Researchers at Chalmers University of Technology have launched QNM‑Net, a physics‑educated neural network that reduces photonic material simulation time to one‑tenth of previous runtimes and shrinks data‑generation cycles from a month to three days. The breakthrough promises faster design of...
Graphene 2026: Premier Global 2D Materials Conference in Barcelona
GRAPHENE 2026 in Barcelona late june THE Key international event of Graphene, 2D materials and co....https://t.co/Lu3IT29eLw https://t.co/a8bFyr4kV3