🚀 Introducing PLOS Complex Systems, a game-changing journal. Join me on this thrilling journey. Together, let's shape the future of complex systems research and make an impact on scientific understanding and societal progress. #PLOSComplexSystems 💡🌍🔬 plos.org/complex-system…

Dynamicity of brain network organization and their community architecture as characterizing features for classification of common mental disorders from the whole-brain connectome medrxiv.org/cgi/content/sh… #medRxiv

And jit for OHBM - preprint available. 'Metastability demystified' with Fernando Rosas 🦋, Mengsen Zhang , Andrea Luppi ,Pedro Mediano , Joana Cabral , Gustavo Deco, Morton Kringelbach, Michael Breakspear , Scott Kelso, Federico Turkheimer. preprints.org/manuscript/202…

At #OHBM2023 and interested in ultra-low-field (0.064mT) Swoop® Portable MR Imaging® System–Hyperfine, Inc portable MRI, deep-learning for super-resolution and/or paediatric volumetric estimates? Come see Levi present work with Rosalyn J Moran et al. at poster 1235 / 2587 | OHBM

#OHBM2023

Brain Connectivity Workshop x Wellcome 20-21 Sept 2023 Unique BCW format = short talks -> intense discussion Free to join online tinyurl.com/zhu9fs34 Line-up @JirsaViktor I Rekik martijnvandenheuvel Ginestra Bianconi M Jones J Lerch Pedro A. valdes-Sosa Monica Rosenberg Petra Vertes [1/2]

Wellcome @JirsaViktor martijnvandenheuvel Ginestra Bianconi Pedro A. valdes-Sosa Monica Rosenberg Petra Vertes Emma R - @metricsemma.bsky.social Laura Suarez M Shinn Bratislav Misic K Friston @ar0mcintosh Gandhi_Lab Petra Ritter Helen Mayberg, MD Anjali Bhat Jen Q Pan Rick Adams 🇺🇦@drrickadams.bsky.social YongHe_lab Michael Breakspear HH Pol KE Stephan Jianfeng feng Rosalyn J Moran Kit Melissa Larsen Fran Hancock 🇮🇪 🇵🇭 🇨🇭 Toby Wise @edbullmore @ww42 [2/2]

Exciting new work from Michael Breakspear and team

@being_saige Everybody please, don't use Pearson correlation to quantify prediction accuracy. It's a sub-par choice, as explained in: ncbi.nlm.nih.gov/pmc/articles/P…

Great course and toolbox to get started with modeling. From the amazing comp-neuro dudes down under.

A short video interview on our recent work on #depression deep brain stimulation (DBS).

Fluid dynamics (approximation of Navier Stokes equations), "imperfectly" implemented on a cortical surface.

(1/5) I'm looking for a way to fill he gaping hole in my wallet (academia was not set up for single mums as it turns out) and have a skill to offer: If anyone is interested in improving their presentation skills, hit me up. I actually have a pretty cool portfolio. I can give you:

A Complex Systems Perspective on Neuroimaging Studies of Behavior and Its Disorders journals.sagepub.com/doi/10.1177/10…

New paper in Imaging Neuroscience by Giuseppe de Alteriis, Federico E. Turkheimer, et al: EiDA: A lossless approach for dynamic functional connectivity; application to fMRI data of a model of ageing doi.org/10.1162/imag_a…

Latest one out! Ultrafast, lossless analysis methods for high-dimensional time-series - application to neuroimaging. First for Giuseppe de Alteriis, congrats for seeing it over the line :-) and with Fran Hancock 🇮🇪 🇵🇭 🇨🇭, Eilidh MacNicol, BRAIN, Federico Turkheimer

Check out this preprint if you are interested in real energy in the brain osf.io/4kcw5 Rob Leech and others

Soo... my work on synergy in the brain is a finalist for the USERN Prize, category Formal Sciences! 🧠 Here's the link to read the shortliested projects and cast your vote for the winner (also for other disciplines), if you feel like showing your support! docs.google.com/forms/d/e/1FAI…

It has taken a while but here it is - our latest #research on #metastability published with Springer Nature in Nature Rev Neurosci rdcu.be/d3bh9 A great collaboration with Fernando Rosas 🦋 Andrea Luppi Mengsen Zhang Pedro Mediano Michael Breakspear Joana Cabral Gus,Morten,Scott,FET

For anyone interested in using our methods, the paper's associated GitHub page will be released soon. In the meantime, check out the preprint's main text and supps for all the juicy details. Can also send a DM or email at james{dot}pang1{at}monash{dot}edu for more info. (15/n)