D2AM beamline

French CRG beamline

[Stoclet Greg @StocletG]

End of the beamtime... 😮‍💨 I'm exhausted but it was a very fruitful week. All those efforts finally paid off!!! Thanks a lot to the @D2AMBeamline team for their welcome and special thanks @maxime_dupraz for his huge work during this week !👍👍

[Stoclet Greg @StocletG]

Back to @esrf for one week or experiments on the @D2AMBeamline. The (probably) last beamtime of the year. One have to push hard to get nice results 🤞

[Stoclet Greg @StocletG]

Even if we met unexpected side effects, the first results are there ! 👍👍

[Stoclet Greg @StocletG]

All good things go to an end... Again a very nice beamtime session, let's nos process the data. Thanks a lot to the @D2AMBeamline team for their impressive help!!

[D2AM beamline @D2AMBeamline]

@Chris__Lefevre Nice !

[Stoclet Greg @StocletG]

All good things come to an end... Now going back home for a little rest before treating these hundreds of patterns. Once again thanks a lot @D2AMBeamline team and especially to @Geabitbol for their huge work during this week!!

[Stoclet Greg @StocletG]

After nearly 5 days of hard work, technical issues ans high level commissioning of the setup I got my first speckles pattern 😁
Many thanks to the D2AM staff!

[Dragonfly @ai_dragonfly]

#Dragonfly is the premier software for all #microscopy and #tomography #image #analysis. This 3-min video showcases some of the capabilities of this platform using examples from our loyal users. Music credit goes to @DrRichJohnston. Sound ON for this one! https://t.co/7ZXN6DVmb8

[D2AM beamline @D2AMBeamline]

Coherence at D2AM French CRG beamline is possible !!!! 👏

[Julio Cesar da Silva @jcesar_dasilva]

Before the upgrade of @esrfsynchrotron, we had already demonstrated that the bending magnet beamline could provide coherent beam. Below is our simple test at @D2AMBeamline I had the pleasure to perform in 2019. With the upgrade of the source, the beamline is now more coherent.

[Massimo @Rainmaker1973]

How fast a robot can solve a Rubik's cube? Hardware hackers Ben Katz and Jared Di Carlo smashed their previous record for solving the Rubik's cube robotically in 2018. Their machine solved the puzzle in 0.38 seconds https://t.co/muyHNcom1B

[Grant Sanderson @3blue1brown]

What is a convolution? What is a "Gaussian Kernel"?

(This was the main animation used at the intro of last week's convolutions lecture).

[D2AM beamline @D2AMBeamline]

It is time to keep tuned to the results of the selected project by @AgenceRecherche

[ANR - Agence nationale de la recherche @AgenceRecherche]

L’#ANR adapte le calendrier de publication des résultats de l'#AAPG 2020 : les listes des projets sélectionnés pour financement seront publiées en continu, après chaque comité d’évaluation, le mardi et le vendredi sur la page de l’#AAPG2020
➡ https://t.co/l5S3LRYqOm

[PaNOSC @Panosc_eu]

At the Solaris User Meeting Roberto Pugliese presented developments for experiments’ remotisation carried out at @CERICnews & @elettrasincro via @Panosc_eu & @ExPaNDs_EU,as well as updates on data policy & management, DOI for data, &more towards #FAIRdata practices at PaN sources

[D2AM beamline @D2AMBeamline]

We have a job offer and we are looking for motivated candidates.

[Julio Cesar da Silva @jcesar_dasilva]

Le @CNRS parle de l’ESRF-EBS mais aussi de notre projet MAGNIFIX pour la mise à niveaux des 5 lignes de lumière CRG françaises à @ESRF_FR pour que la France puisse tirer le meilleur parti de cette nouvelle machine.

https://t.co/y3QdM1nTpb

[StructureOfMaterials @SoM_esrf]

Just a gentle reminder: proposal deadline @esrfsynchrotron is approaching 😉 #synchrotron @MEx_ESRF

[D2AM beamline @D2AMBeamline]

@DUBBLEESRF1 Great job! And now let the new adventure begin.

[J Synchrotron Rad @JSynchrotronRad]

Guizar-Sicairos et al.: Validation study of small-angle X-ray scattering tensor tomography #IUCr https://t.co/AvZ0jOHn4R

[D2AM beamline @D2AMBeamline]

@jcesar_dasilva @psich_en https://t.co/mT1mzr9jnN

[Julio Cesar da Silva @jcesar_dasilva]

Great work by my colleagues from @psich_en: « Time-resolved imaging of three-dimensional nanoscale magnetization dynamics »