Dimitri Van De Ville

Computational brain imaging for cognitive & clinical neurosciences. Data science. Signal processing. Happy lab at @EPFL_en and @UniGE_en.

[Andrea Santoro @andreasantor0]

🧠🎬 What can different views of brain activity tell us about how emotion unfolds?
Across 14 films (~2.5h), we compared regional activity, pairwise connectivity & higher-order topology with 50 continuously rated affective features.
Our preprint is out👇
https://t.co/IxcgF2IuTU

[Imaging Neuroscience @ImagingNeurosci]

Our first Impact Factor is 3.0 — an important milestone for a new journal.

As with most new journals, the first IF is affected by the smaller publication volume in the launch year. Latest citation data are encouraging, and the journal’s IF is set to rise in 2027.

[Barbara Cassone @bcassone_]

🚀 Your brain’s unique functional connectivity fingerprint? TR can’t hide it! 🚀

Excited to share that our study is now published in Human Brain Mapping! 🧠✨ https://t.co/DtAKPbEJLC

@FrancescaSavio9 @tambalost @Enri_amico @SebastianHübner @SSarubbo @dvdevill @JorgeJovicich

[Anders Olsen @anders_s_olsen]

Excited to share our work "On reconstruction of cortical functional maps using subject-specific geometric and connectome eigenmodes" with the amazing people @Sina_Mansour_L @jchrispang @AndrewZalesky @dvdevill @aitchbi: https://t.co/X6gZ1n7e5c

[Neuro-X Institute @Neuro_X_EPFL]

📢Faculty Position Opening at EPFL in Neuromodulation!📢
The Neuro-X institute is seeking expertise in the development of neuromodulation techniques and their applications in understanding brain function and treating neurological disorders. APPLY here👇 https://t.co/DDWuvcNJHN

[Herberto Dhanis, PhD @HerbertoDhanis]

Our neurofeedback experiment to manipulate induced hallucinations is published in @CommsBio 🥳

Successful regulation of network dynamics increases sensitivity to hallucination induction and changes brain activity 🧠🎛️

Work with @OlafBlankeLab @dvdevill
https://t.co/q38N29DC4s

[Ilaria Ricchi @ilaria_ricchi]

Happy to share this work on lumbosacral spinal cord fMRI now published on @ImagingNeurosci.

Thanks @NawalKinany and @dvdevill for the great teamwork on finalizing this chapter! And thanks to the reviewers and editor.

@Neuro_X_EPFL

https://t.co/uaprz0dZmb

[Damien Marie @dmn_mr]

We have a new review out on aging, brain plasticity induced by interventions, and transfer effects to activities of daily living https://t.co/vYFJxCq4Vr @dvdevill @KliegelMatthias

[Silas Forrer @forrer_silas]

⚡️Excited to share my first publication as a first author! We explored developmental changes of Brain Function-Structure Dependencies and it's contribution to psychosis in a population with 22q11DS 🧬🧠. A big thanks to the families and our team !!
https://t.co/BRVxqW2vUR

[Communications Biology @CommsBio]

An fMRI study on anesthetized macaque monkeys examines how different depths of anesthesia uniquely affect brain networks temporal dynamics @ElviraPirondini @scottensel @dvdevill @JordyTasserie https://t.co/DnEUw4osNi

[Collège de France @cdf1530]

#Science #Neurologie
"La #neurotechnologie"
📌 Le cours de @splacour40 (@Neuro_X_EPFL), professeure invitée sur la chaire annuelle Innovation technologique Liliane Bettencourt, commence bientôt.
⏰ 1er mars 2024
👉 https://t.co/5XuBMMvpxE
Avec le soutien de la @Fondation_BS.

[Radiology @radiology_rsna]

Patients with severe chronic tinnitus who underwent real-time fMRI neurofeedback therapy showed reduced tinnitus burden 6 months after intervention compared with patients who received group cognitive behavioral therapy. @dvdevill https://t.co/dUrCWBv8mz

[EPFL School of Engineering @EPFLEngineering]

Combining fMRI #imaging w/ graph & information theory has allowed @EPFL_en scientists to observe parallel information transmission in the human brain – but not in macaques or mice. #evolution @algriffa @CHUVLausanne @Enri_amico @dvdevill @Neuro_X_EPFL 👉📰 https://t.co/u5u7idHPuL

[Ilaria Ricchi @ilaria_ricchi]

Excited to share the completion of our latest project! Dive into our study exploring the feasibility and reliability of spinal cord functional connectivity at the lumosacral region. 📚

@dvdevill @NawalKinany

#SpinalCord #fMRI #Reliability

https://t.co/YhkmWEBdlf

[Enrico Amico @Enri_amico]

Very pleased to see that our paper on information transmission in mammalian brain networks is now out in @NatureComms! 🥳🥳🥳https://t.co/Vi6RdY0Q4C Thanks to @algriffa for the titanic effort and leading this amazing collaboration @danielgb_87 @Gozzi_Ale @grandjeanlab @dvdevill

[Tanter Mickael @TanterM]

Many thanks to our partners for the 1st year meeting of EIC Pathfinder project MICROVASC at @PhysMedParis @PariSanteCampus ! A great consortium pushing the limits of Ultrasound Localization Microscopy into clinical cerebral imaging ! @Iconeus @LUMC_Leiden @inserm @ESPCI_Paris

[CIBM Centre d'Imagerie Biomedicale @CIBM_ch]

🔍 Join us at @EPFL_en from Nov 6-8 for the #CIBM Special Seminar Series on #MRI and listen to leading experts from top institutions worldwide.

Whether in person or virtually, it's an event not to miss! #CIBMSeminar #MRI #EPFL 📷🎙️

Register here: https://t.co/gKohLuDlFO

[harry h behjat @aitchbi]

Happy to share our work on 🧠 graph structure learning from EEG, led by @MlhMri!

We use eigenmodes of learned graphs to decompose & extract features from EEG maps. #brainGSP

Paper: https://t.co/xDfZhsA9da
⤵️

[Alpine Brain Imaging Meeting @ABIM_CH]

And we are back! Registration for #ABIM2024 is now open here: 👉https://t.co/FKo4PBmnDB
Check-out our fantastic line-up of speakers!

[Scott Ensel @scottensel]

Check out our new #preprint on discriminating levels of #consciousness during anesthesia! We demonstrate that temporal dynamics of functional networks can be a reliable and robust cortical signature of consciousness (1/2) https://t.co/JWd1ECedbR