Nano-Imaging beamline at the ESRF #microscopy #tomography #CellBiology #materialsscience #energy #xray #xrf #phasecontrast #holography #ptychography
Joined May 2019
- Tweets 53
- Following 0
- Followers 140
- Likes 187
Photos and videos
ID16A@ESRF retweeted
15 Feb 2023
📣#ML #computervision people, take on this new challenge and help untangle #brain wiring from synchrotron #Xray #nanotomography images. xpress.grand-challenge.org 🧠🔬✨
14 Feb 2023
The XPRESS challenge is live 🏁🏁🏁! Use #AI to map brain wiring from X-ray images. Accepting submissions until Mar 30 - winning entries will be invited to present their work at @IeeeIsbi in sunny Cartagena 🇨🇴🌞🏖️! xpress.grand-challenge.org/ arxiv.org/abs/2302.03819 (1/n)
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ID16A@ESRF retweeted
16 Nov 2022
Dans le cadre d'une journée « Nouvelles Voix », #le1314inter de @BrunoDuvic @kepler75 était à #Grenoble à la rencontre de jeunes chercheuses qui contribuent à faire avancer la science, dont @APacureanu scientifique @esrfsynchrotron
▶️ Podcast à 48:50 bit.ly/3txK4ZU
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ID16A@ESRF retweeted
16 Nov 2022
« Cartographier le cerveau humain au niveau sub-cellulaire »
Découvrez le portrait d’Alexandra Pacureanu en vidéo #neurosciences #xraymicroscopie
#le1314inter @BrunoDuvic
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ID16A@ESRF retweeted
21 Sep 2022
#WorldAlzheimersDay What triggers the onset of Alzheimer's?
Marina Eckermann, a new ESRF post-doc, is focusing on astrocytes, a type of cells near amyloid plaques that has been overlooked in the past but that could play a role in the start and progression of Alzheimer's. (1/2)
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ID16A@ESRF retweeted
20 Jun 2022
Deep‐Learning‐Enabled Crack Detection and Analysis in Commercial Lithium‐Ion Battery Cathodes onlinelibrary.wiley.com/doi/…
@esrfsynchrotron @id16a @SSRLnews @SLAClab
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ID16A@ESRF retweeted
9 May 2022
"Additive engineering for robust interphases to stabilize high-Ni layered structures at ultra-high voltage of 4.8 V"
This @NatureEnergyJnl paper is an enjoyable collaboration among @SLAClab, @BrookhavenLab, @esrfsynchrotron, @ArmyResearchLab and @PNNLab
nature.com/articles/s41560-0…
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ID16A@ESRF retweeted
28 Apr 2022
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 @ScienceMagazine today.
▶bit.ly/3vTDEFi
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ID16A@ESRF retweeted
17 Feb 2022
👏 Congratulations @APacureanu #ESRF & Schaefer @TheCrick for being awarded £2 million by @UKRI_News @wellcometrust for research on ‘Integration of functional & structural knowledge across scales to decipher information processing in the mammalian brain’
bit.ly/3sQ6WTI
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ID16A@ESRF retweeted
9 Feb 2022
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 @NHM_London
Published today in @ScienceAdvances
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ID16A@ESRF retweeted
14 Oct 2021
With the cold weather🥶, watch your batteries! Storing rechargeable batteries 🔋 at sub-freezing temperatures ❄️ can crack the cathode and separate it from other parts of the battery.
The paper has made it to the cover of @AdvSciNews
@id16a @SLAClab
➡️bit.ly/3vfEtI0
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ID16A@ESRF retweeted
8 Oct 2021
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ID16A@ESRF retweeted
9 Sep 2021
A bit of our work on bees’ nests. Many thanks to ESRF beamlines BM05 and @id16a, as well as their staff, to the communication group, to @PassionEntomo for the 🐝 videos, to @OrsDragonfly3D, and to all my collaborators. The future is coherently bright for eco-friendly materials.
9 Sep 2021
#EBSstories
A #bee 🐝 species thought to be extinct makes super resistant nests.
Scientists are studying them to find clues for new, eco-friendly #Renewable materials that could reduce adverse environmental impact.
bit.ly/3nbbGCb
#bioinspiration
@CNRS @lightsources
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ID16A@ESRF retweeted
9 Sep 2021
#EBSstories
A #bee 🐝 species thought to be extinct makes super resistant nests.
Scientists are studying them to find clues for new, eco-friendly #Renewable materials that could reduce adverse environmental impact.
bit.ly/3nbbGCb
#bioinspiration
@CNRS @lightsources
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ID16A@ESRF retweeted
25 Aug 2021
In this @CellRepPhysSci article, we study defective commercial batteries that failed the factory line quality inspection. Synchrotron (@SSRLnews, @id16a, @esrfsynchrotron) and laboratory x-ray techniques (@SigrayInc) reveal the role of structural defects. cell.com/cell-reports-physic…
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ID16A@ESRF retweeted
22 Aug 2021
In our latest article, we (@fenglinvt, @KejieZhao, @id16a, @SSRLnews, @esrfsynchrotron) report the irreversible cathode damage upon exposure to low-temperature conditions. doi.org/10.1002/aenm.2021021…
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ID16A@ESRF retweeted
9 Feb 2021
#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
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ID16A@ESRF retweeted
11 Mar 2021
Beautiful cover featuring the recent study on dynamics of nacre formation, led by @BCUBE_TUDresden with scientists at @id16a @esrfsynchrotron
#BeautyofScience #physics
@lightsources
10 Mar 2021
Our March issue is live! This month we look at the topological structure of nacre, we examine the future of muon colliders, and we consider the ups and downs of virtual conferences go.nature.com/3vaRd20
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ID16A@ESRF retweeted
10 Mar 2021
#EBSstories 🧠🔬
EBS enables research that was previously impossible.
On @id16a, users from @TheCrick UK are imaging a complete mammalian neuronal circuit.
▶️ Watch the interview video
▶️ bit.ly/38oXOw2
Cc. @lightsources @GIANTcampus
@Trickymons @AndreasTSchafer
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ID16A@ESRF retweeted
15 Feb 2021
#SpotlightonScience A study in @PNAS shows that nano-imaging of the brain’s communication cables at beamline @id16a could lead to better ways of diagnosing neuro-degenerative disease.
▶️ bit.ly/3d8QLe6
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ID16A@ESRF retweeted
29 Jan 2021
Researchers have succeeded in the difficult task of imaging metals together with proteins at the synaptic level. Their findings have revealed the interaction of copper and zinc with the synaptic architecture of neurons elifesciences.org/articles/6…
ALT Neuronal dendrites with proteins labelled in green and red showing their responses to metals
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