Jean-Baptiste de Saint Aubert

PhD student in Neuroscience, @InstVisionParis

[Stephen Ramanoel @RamanoelS]

Very pleased our paper is out in Aging Brain. An opinion piece on future trends in brain aging research. Very fun work on spatial navigation with @DurtesteMarion, @JB_DSA, @a_delo and @AngeloArleo https://t.co/xdcZhlvC4Y

[Jean-Baptiste de Saint Aubert @JB_DSA]

Happy to share our new work with @RamanoelS, @DurtesteMarion, @a_delo and @AngeloArleo: an opinion piece on future trends in brain aging research! 🧠🤩
https://t.co/aiRHgXE6LB

[Alexandre Delaux @a_delo]

Advocating for greater consideration of mobility aspects when studying how cognitive functions change with age ! Check out our mini review on future trends in brain aging research: https://t.co/7NfeKyaqVm
Big thanks to @RamanoelS @DurtesteMarion @JB_DSA @AngeloArleo

[Marion Durteste @DurtesteMarion]

Check out our mini opinion piece on recent trends in brain ageing research!🧠👵
https://t.co/iz0ydcRnkM
@RamanoelS @AngeloArleo @a_delo @JB_DSA

[John J. Foxe @JohnnyFoxe]

OUT NOW IN #OpenAccess @EJNeuroscience
Mobile brain/body imaging of landmark‐based navigation with high‐density EEG #MOBI
@JB_DSA @a_delo
@RamanoelS @MarciaBecu @marius_s_klug @KlausGramann @AngeloArleo!
https://t.co/rTiPgnQPjG

[Sorbonne Université @Sorbonne_Univ_]

👨‍🦯 C'est une première mondiale ! Un patient #aveugle atteint de rétinopathie pigmentaire a récupéré partiellement la vue suite à une thérapie optogénétique. Découvrez cette étude incluant l'@InstVisionParis (@MedecineSU / @Inserm / @CNRS) ➡ https://t.co/CEVGLckTXt

[CogNav papers @cognav]

Mobile brain/body imaging of landmark‐based navigation with high‐density EEG https://t.co/zfCD1qoCrO

[Klaus Gramann @[email protected] @KlausGramann]

1/4 #MoBIWorkshop

1st Mobile Brain/Body Imaging (MoBI) Workshop
May, 25th to 27th 2021
TU Berlin / Online

IMPORTANT UPDATE:

After an attack on several of TU Berlin’s IT systems on Friday morning, 30 April 2021, the servers were shut down to prevent further damage.

[Jean-Baptiste de Saint Aubert @JB_DSA]

It's now published!😀 We performed EEG with freely moving participants to study landmark-based spatial navigation under more natural conditions! And it's open access.🔓Huge work from @a_delo,@RamanoelS,@MarciaBecu,@marius_s_klug,@KlausGramann,@AngeloArleo!
https://t.co/zkfaWcvcaS

[Alexandre Delaux @a_delo]

It’s out & open access! We used EEG on participants orienting in a Y-maze to reveal activation of areas in the navigation network! A promising step towards ecological brain imaging of spatial navigation. 🚀
https://t.co/Ot9w2EPIeR

[Marion Durteste @DurtesteMarion]

Check out our new preprint! How do humans use objects, features and geometry for spatial navigation? 🧐
with @RamanoelS @MarciaBecu @AngeloArleo and others

Selective neural coding of object, feature, and geometry spatial cues in humans https://t.co/uobZfdctvr

[Angelo Arleo @AngeloArleo]

**Three Ph.D. positions**

1. PhD position in Computational Neuroscience and Deep Learning
https://t.co/zaO2xDaeXU

2. Ph.D. position in Behavioral Neuroscience
https://t.co/baIoGb1rj7

3. PhD position in Experimental/Clinical Neuroscience
https://t.co/BHB9LFzdw7

Please RT

[Marcia Bécu @MarciaBecu]

Super excited to give a presentation at @EP_UCL next Tuesday!🥳 I will share our* data suggesting that spatial representations are anchored preferentially on geometric cues (but not landmarks) with advancing age (*inc.: @AngeloArleo, @RamanoelS, @DurtesteMarion, @a_delo, @JB_DSA)

[Alexandre Delaux @a_delo]

Excited to share the preprint of our study on visuo-spatial cognition using mobile EEG ! Thanks to all collaborators on this work ! @JB_DSA @RamanoelS @MarciaBecu @marius_s_klug @KlausGramann @InstVisionParis

[Jean-Baptiste de Saint Aubert @JB_DSA]

Proud to share our preprint "Mobile brain/body imaging of landmark-based navigation with high-density EEG"! A lot of work put into it by all collaborators! @a_delo, @RamanoelS, @MarciaBecu, @marius_s_klug, @KlausGramann, @lukasgehrke...

[bioRxiv Neuroscience @biorxiv_neursci]

Mobile brain/body imaging of landmark-based navigation with high-density EEG https://t.co/0ywMeHJUxy #biorxiv_neursci