Jessica Royer
@jroyer.bsky.social
Banting Postdoctoral Fellow @ MPI CBS, Leipzig 🇩🇪
The Neuro / McGill University grad & Montreal lover 💞
Brains, open science, metal & running are my jam 🧠
Co-founder: https://new-epilepsy.com ⚡
Co-organizer: https://gradients-workshop.github.io/ 🌈
The Neuro / McGill University grad & Montreal lover 💞
Brains, open science, metal & running are my jam 🧠
Co-founder: https://new-epilepsy.com ⚡
Co-organizer: https://gradients-workshop.github.io/ 🌈
Mark your calendars 📅 ✍️ for NEW's next webinar!
🕙 Feb 20th, 2025, 10AM-11:30AM EST
🌟 Three speakers sharing their recent work on neuroimaging of epilepsy
🤝 Panel and audience discussion
💻 Happening here: zoom.us/j/95048511341
🗣️ Please spread the word and share!
🕙 Feb 20th, 2025, 10AM-11:30AM EST
🌟 Three speakers sharing their recent work on neuroimaging of epilepsy
🤝 Panel and audience discussion
💻 Happening here: zoom.us/j/95048511341
🗣️ Please spread the word and share!
February 4, 2025 at 4:34 PM
Mark your calendars 📅 ✍️ for NEW's next webinar!
🕙 Feb 20th, 2025, 10AM-11:30AM EST
🌟 Three speakers sharing their recent work on neuroimaging of epilepsy
🤝 Panel and audience discussion
💻 Happening here: zoom.us/j/95048511341
🗣️ Please spread the word and share!
🕙 Feb 20th, 2025, 10AM-11:30AM EST
🌟 Three speakers sharing their recent work on neuroimaging of epilepsy
🤝 Panel and audience discussion
💻 Happening here: zoom.us/j/95048511341
🗣️ Please spread the word and share!
New year, new preprint (+ last thesis paper!)
Macroscale gradients of intracranial EEG power spectra follow familiar axes: sensory-motor and unimodal-transmodal 🕵️♀️
Gradients show overall stronger association to distance, but multimodal information was best in transmodal areas 🧠
tinyurl.com/ykacndd5
Macroscale gradients of intracranial EEG power spectra follow familiar axes: sensory-motor and unimodal-transmodal 🕵️♀️
Gradients show overall stronger association to distance, but multimodal information was best in transmodal areas 🧠
tinyurl.com/ykacndd5
January 8, 2025 at 12:55 PM
New year, new preprint (+ last thesis paper!)
Macroscale gradients of intracranial EEG power spectra follow familiar axes: sensory-motor and unimodal-transmodal 🕵️♀️
Gradients show overall stronger association to distance, but multimodal information was best in transmodal areas 🧠
tinyurl.com/ykacndd5
Macroscale gradients of intracranial EEG power spectra follow familiar axes: sensory-motor and unimodal-transmodal 🕵️♀️
Gradients show overall stronger association to distance, but multimodal information was best in transmodal areas 🧠
tinyurl.com/ykacndd5
Coming to #AES2024? Why spend the last conference day sleeping in when you could come to the Neuroimaging SIG? See you at 7am Dec 10 if you're curious about applications of brain gradients in TLE to understand cognitive and clinical phenotypes! 🌈 🌅
December 5, 2024 at 6:34 PM
Coming to #AES2024? Why spend the last conference day sleeping in when you could come to the Neuroimaging SIG? See you at 7am Dec 10 if you're curious about applications of brain gradients in TLE to understand cognitive and clinical phenotypes! 🌈 🌅
New preprint! We discuss how gradients synergize domain expertise in neuroscience and more computational skillsets to improve our understanding of brain organization 🌈 🧠 ✨
👇👇👇
arxiv.org/abs/2402.11055
& stay tuned for gradient workshop registration, opening soon! gradients-workshop.github.io
👇👇👇
arxiv.org/abs/2402.11055
& stay tuned for gradient workshop registration, opening soon! gradients-workshop.github.io
February 20, 2024 at 4:40 PM
New preprint! We discuss how gradients synergize domain expertise in neuroscience and more computational skillsets to improve our understanding of brain organization 🌈 🧠 ✨
👇👇👇
arxiv.org/abs/2402.11055
& stay tuned for gradient workshop registration, opening soon! gradients-workshop.github.io
👇👇👇
arxiv.org/abs/2402.11055
& stay tuned for gradient workshop registration, opening soon! gradients-workshop.github.io