Emma Robinson @ICLR2025

One on brain (reaction-diffusion + biomechanical models of Alzheimer's disease)

showcase.drive-health.org.uk/project/prec...

EPSRC CDT DRIVE-health (PhD) projects have been released. Application deadline 12th Jan 2026

We have two projects on AI-driven physics-constrained digital twins of human organs. One on heart, led by Adelaide De Vecchi)

showcase.drive-health.org.uk/project/vist...

New addition to our MeTrICS Group tutorial series: Version control by @rbesenczi.bsky.social

lnkd.in/ehRwwBCY

King's Health Partners is offering a 1yr funding for clinicians wanting to conduct translational research - to apply for doctoral fellowships.

www.kingshealthpartners.org/our-work/per...

We can support applicants interested in developing imaging biomarkers of neurodevelopmental disorders

🤣

Come see our poster #61 at 3pm @iclr-conf.bsky.social #iclr2025 surface deep learning for generalising fMRI decoding across different human brains with @dahansimon.bsky.social @gabriben.bsky.social

Hi, What's the name of the paper?

Doing a demo on evaluating small language models for non-reasoning tasks (e.g. professionalize, shorten) at the amazon booth at 14:00 tomorrow at #ICLR 🇸🇬

Final chance!!!

On way to ICLR to support @dahansimon.bsky.social in presenting our work on surface vision transformers for generalisable encoding/decoding of movie stimuli from/to FMRI. Who else will be there?

Please fill this out! I would add that many (e.g. LGBTQ+) people may currently have safety concerns about travelling to the US

The developing Human Connectome Project fetal functional MRI release: Methods and data structures Abstract. Recent advances in fetal fMRI present a new opportunity for neuroscience to study functional human brain connectivity at the time of its emergence. Progress in the field, however, has been h...

Very pleased to share the fMRI pipeline paper from the fetal release or the developing human connectome project, a true labour of love and incredible work from Slava Karolis #dhcp #connectome #fmri direct.mit.edu/imag/article...

Overview presentation of the MULTIFACT project in an auditorium.

Last week, we had the pleasure of hosting the MultiFact Symposium on AI and MRI for Fetal Brain Development at our institute in Munich! 🧠
A fantastic gathering of experts sharing the latest advances in the field. Thanks to all who joined!

There are days in life that shake you.

I’m shattered 💔 to share that I just found out that the US Government terminated my 2024 NIH Director’s Early Independence Award (~$2 million), threatening my long-promised assistant professor job at Columbia University
& academic career... 1/🧵

This detailed investigation of cortical variability in adults and neonates simply wouldn't have been possible @yrguo.bsky.social 's incredible patience and attention to detail. Cortical folding variability is considerable and outside primary folds doesn't align with functional borders.

Why academia is sleepwalking into self-destruction. My editorial @brain1878.bsky.social If you agree with the sentiments please repost. It's important for all our sakes to stop the madness
academic.oup.com/brain/articl...

No fair enough

Thank you! Will get @yrguo.bsky.social to post a synopsis soon. She's done an amazing job

Is it really so bad to allow people -especially those for whom English isn't their first language - to use an offline LLM to help them phrase their thoughts? We actually suggest similar in our scientific writing training for students.

Brain function fluctuates daily—but what drives these changes?
direct.mit.edu/imag/article... super proud of Deniz Yilmaz and Bianca Serio and thankful for the open data of @emilyjacobs.bsky.social and Laura Pritschet 🌈👫 studying hormonal fluctuations in functional gradients ❤️‍🔥

please retweet this ad for a tenured-research position in fMRI at ultra-high.

Join us!

🤩 brilliant scientists elegantly achieving clinical impact for epilepsy through neuroimaging & AI ⬇️

Huge congrats @sophieadlerwagstyl.bsky.social @konradwagstyl.bsky.social and team !

Very thankful to have played a tiny part in this study showing potential for cortical surface deep learning for epilepsy surgical planning

Detection of Epileptogenic Focal Cortical Dysplasia Using Graph Neural Networks This study evaluates the efficacy and interpretability of graph neural networks in automatically detecting focal cortical dysplasia lesions on magnetic resonance imaging scans.

Very pleased to officially introduce MELD Graph, a novel AI tool for the detection of subtle focal cortical dysplasia (FCD) lesions in epilepsy patients.

Check out our paper published in JAMA Neurology yesterday! 😀https://jamanetwork.com/journals/jamaneurology/fullarticle/2830410

Multimodal Surface Matching (MSM) tutorials YouTube video by Emma Robinson

Video tutorials on how to use MSM cortical surface registration: classic, groupwise and anatomical
youtu.be/rQQx0k1Sgdc?...

Article takes you to the link to sign letter

Home - SAFE Labs SAFE Labs Starting Aware Fair & Equitable Labs SAFE Labs – a workshop on starting fair, equitable, and successful labs “Starting Aware Fair & Equitable Labs” is a meeting for principal investigators a...

Was just going to advertise another awesome summer course for people starting their labs: safelabs.info -- related to the one we are organizing compneurosci.com/Neuro4Pros/i... - if you have a new lab this is a good year.

An open letter to the President of the @royalsociety.org – time to stand up for your values. occamstypewriter.org/scurry/2025/...

🚀 Hi friends! I’m exploring new opportunities in Data Science, Healthcare, Tech Development, or Policy. Both in industry and academia!

If you hear of roles where I can contribute, please keep me in mind. Referrals, advice, or intros are deeply appreciated. 🙏

Let’s connect!

So incredibly proud to announce that @dahansimon.bsky.social work on designing surface deep learning models that can generalize fMRI encoding/decoding across individuals and to unseen stimuli will be presented at #ICLR2025. I really think these can be game changing for dynamic fMRI modeling.