Xiaodong Chen and ACS Nano team on nanoscience & nanotechnology research at the interfaces of chemistry, biology, materials science, physics, & engineering.
Don't forget to register for our
#NationalNanoDay
webinar, Tuesday Oct 9, to hear Associate Editor Paula Hammond speak on 'Electrostatic Nanolayers as Modular Sequenced Multi-drug Carriers'
#Nanoscience
#Nanotechnology
3D mapping of nanoparticle distribution in lungs (red: nanoparticles; green: tissue) obtained by light sheet fluorescence microscopy (LSFM).
@acsnano
from Otmar Schmid
@HelmholtzMucEn
/CJD
Transmission electron microscopy video of a carbon nanotube filled with water-entrapped fullerene molecules. by Stephen T. Skowron, Ute Kaiser, and Andrei N. Khlobystov at
@NottsChemistry
and Ulm University /CJD
In situ transmission electron microscopy (TEM) movie showing morphology evolution during cycling of a Na–O2/CO2–carbon nanotube nanobattery at 110× speed. by Yongfu Tang, Liqiang Zhang, and Jianyu Huang at Yanshan University /CJD
Synthesis of high quality graphite films by quenching a hot nickel foil in ethanol. by Wencai Ren at Shenyang National Academy, Chinese Academy of Sciences. /CJD
High speed atomic force microscopy showing the assembly and disassembly of HIV capsid protein hexamers. (Open Access) by Mauricio G. Mateu and Wouter H. Roos at Universidad Autónoma de Madrid and Zernike Instituut /CJD
Transmission electron microscopy video of carbon nanofibers growing on a Ni–Co catalyst. by Feng Ding and Xing Huang at UNIST and Fuzhou University /CJD
We are pleased to announce that ACS Nano will be under new direction from 2022, when Prof Xiaodong Chen of
@NTUsg
will take the reins from Founding Editor-in-Chief, Prof Paul Weiss.
Transmission electron microscopy (TEM) tilt series of a microparticle composed of triblock copolymers. These particles can be disassembled into nanorings. from André Gröschel
@unidue
/CJD
Nanoparticles added by pipette to a levitating droplet. This approach may allow for unprecedented and improved ordering in assembles as there are no solid substrates present. by
@wenlongcheng
and Duyang Zang at
@monashengineers
and
@StudyatNPU
/CJD
Video demonstrating the use of nanoparticles and programmed magnetic fields to generate conductive bridges between electrical contacts. from Li Zhang
@CUHKofficial
/CJD
Demonstration of water filtered by a biomimetic and superelastic skeletal-structured silica nanofibrous aerogel with rechargeable bactericidal and antifouling properties. (see: ) by Yang Si and Bin Ding at Donghua University /CJD
Scanning Electron Microscopy movie of the growth and sublimation of a single ice crystal on a superhydrophobic surface. by Kirill A. Emelyanenko and Evgeny B. Modin at
@nanoGUNE
and Russian Academy of Sciences /CJD
Merging a Negatively Curved
#Nanographene
and a Carbon Nanoring
By Qian Miao et al
@GroupMiao
@CUHKofficial
& Chinese Academy of Sciences
🔓 Open access in Precision Chemistry 👉
BREAKING NEWS:
The 2020
#NobelPrize
in Chemistry has been awarded to Emmanuelle Charpentier and Jennifer A. Doudna “for the development of a method for genome editing.”
3D printing of highly conductive Ti3C2Tx MXene-stabilized interfacial assemblies in silicone oil. from Yury Gogotsi, Brett Helms, Thomas Russell, and Alex Zettl.
@DrexelMaterials
@BerkeleyLab
@BerkeleyPhysics
/CJD
Today's Editor's Choice is a microscopy study that maps over 20,000 atoms in a multiply-twinned nanocrystal. (Free Access) by Mary C. Scott at UC Berkeley and Molecular Foundry /CJD