
ID16A@ESRF
@id16a
Nano-Imaging beamline at the ESRF #microscopy #tomography #CellBiology #materialsscience #energy #xray #xrf #phasecontrast #holography #ptychography
ID: 1134377003749203968
31-05-2019 08:32:08
53 Tweet
146 Followers
80 Following


#PhD position featuring the next-generation aluminium alloys for 3D-printing affordable satellites is open to applications. Project partners include @IGaD_RWTH and Constellium Deadline for applications 31st March 2021 To apply: bit.ly/3tCr5MK #COFUND #Industry


#SpotlightonScience A study in @PNAS shows that nano-imaging of the brain’s communication cables at beamline ID16A@ESRF could lead to better ways of diagnosing neuro-degenerative disease. ▶️ bit.ly/3d8QLe6


#EBSstories 🧠🔬 EBS enables research that was previously impossible. On ID16A@ESRF, users from The Francis Crick Institute UK are imaging a complete mammalian neuronal circuit. ▶️ Watch the interview video ▶️ bit.ly/38oXOw2 Cc. lightsources.org GIANT Innovation Campus Carles Bosch Andreas Schaefer

Beautiful cover featuring the recent study on dynamics of nacre formation, led by B CUBE - Center for Molecular Bioengineering with scientists at ID16A@ESRF European Synchrotron #BeautyofScience #physics lightsources.org

In our latest article, we (@fenglinvt, Kejie Zhao, ID16A@ESRF, SSRL, European Synchrotron) report the irreversible cathode damage upon exposure to low-temperature conditions. doi.org/10.1002/aenm.2…

In this Cell Reports Physical Science article, we study defective commercial batteries that failed the factory line quality inspection. Synchrotron (SSRL, ID16A@ESRF, European Synchrotron) and laboratory x-ray techniques (Sigray, Inc.) reveal the role of structural defects. cell.com/cell-reports-p…



A bit of our work on bees’ nests. Many thanks to ESRF beamlines BM05 and ID16A@ESRF, as well as their staff, to the communication group, to Benoît GILLES for the 🐝 videos, to @OrsDragonfly3D, and to all my collaborators. The future is coherently bright for eco-friendly materials.



High-resolution 3D study of #pollen at the ESRF reveals nanofoams are key to surviving mass extinctions 🌲🌲🌲🌲 It is the first time scientists have described a biological #nanofoam structure. bit.ly/3oCVlGj With Natural History Museum Published today in Science Advances


👏 Congratulations Alexandra Pacureanu #ESRF & Schaefer The Francis Crick Institute for being awarded £2 million by UK Research and Innovation Wellcome for research on ‘Integration of functional & structural knowledge across scales to decipher information processing in the mammalian brain’ bit.ly/3sQ6WTI


How quickly a #battery🔋 electrode decays depends on properties of individual particles in the battery – at first. Later on, the interaction of particles matters more, as scientists show in a report in Science Magazine today. ▶bit.ly/3vTDEFi


"Additive engineering for robust interphases to stabilize high-Ni layered structures at ultra-high voltage of 4.8 V" This Nature Energy paper is an enjoyable collaboration among SLAC, Brookhaven Lab, European Synchrotron, U.S. Army DEVCOM Army Research Laboratory and Pacific Northwest National Laboratory nature.com/articles/s4156…

Deep‐Learning‐Enabled Crack Detection and Analysis in Commercial Lithium‐Ion Battery Cathodes onlinelibrary.wiley.com/doi/full/10.10… European Synchrotron ID16A@ESRF SSRL SLAC


Dans le cadre d'une journée « Nouvelles Voix », #le1314inter de Bruno Duvic Bécherel Sophie était à #Grenoble à la rencontre de jeunes chercheuses qui contribuent à faire avancer la science, dont Alexandra Pacureanu scientifique European Synchrotron ▶️ Podcast à 48:50 bit.ly/3txK4ZU


« Cartographier le cerveau humain au niveau sub-cellulaire » Découvrez le portrait d’Alexandra Pacureanu en vidéo #neurosciences #xraymicroscopie #le1314inter Bruno Duvic
