Miro Grundei
@grundei.bsky.social
Post-Doc Neurocomputation and Neuroimaging Unit @ FU Berlin
Reposted by Miro Grundei
New today in @Nature: your visual cortex contains touch-based body maps. bit.ly/VisualBodyMaps
Your brain transforms what you see into first-person, body-referenced codes: A previously unknown bridge between vision and touch.
Your brain transforms what you see into first-person, body-referenced codes: A previously unknown bridge between vision and touch.
November 26, 2025 at 4:01 PM
New today in @Nature: your visual cortex contains touch-based body maps. bit.ly/VisualBodyMaps
Your brain transforms what you see into first-person, body-referenced codes: A previously unknown bridge between vision and touch.
Your brain transforms what you see into first-person, body-referenced codes: A previously unknown bridge between vision and touch.
A first review on the #somatosensory MMN—the brain’s surprise signal for #touch. We outline how S1/S2 track probabilities, generate mismatch responses, and that sMMN appears altered across disorders and aging. A window into how the brain learns from #predictive touch. #neuroskyence #neuroscience
The Somatosensory Mismatch Negativity
The somatosensory mismatch negativity (sMMN) is a neural signature of automatic deviance detection, reflecting predictive processing in touch. This review synthesizes human, animal, and computational...
onlinelibrary.wiley.com
November 25, 2025 at 4:54 PM
A first review on the #somatosensory MMN—the brain’s surprise signal for #touch. We outline how S1/S2 track probabilities, generate mismatch responses, and that sMMN appears altered across disorders and aging. A window into how the brain learns from #predictive touch. #neuroskyence #neuroscience
Happy to share our new #decoding study!
We show that representations of vibrotactile #WorkingMemory content evolve from #somatosensory to parietal areas.
Decoding from left SPL was linked to WM performance — suggesting a key role in maintaining #tactile information.
We show that representations of vibrotactile #WorkingMemory content evolve from #somatosensory to parietal areas.
Decoding from left SPL was linked to WM performance — suggesting a key role in maintaining #tactile information.
Decoding tactile working memory content reveals performance relevance of parietal fMRI activity patterns
Working memory (WM) supports a range of higher order cognitive functions by enabling the short-term maintenance and manipulation of information throug…
www.sciencedirect.com
November 4, 2025 at 1:38 PM
Happy to share our new #decoding study!
We show that representations of vibrotactile #WorkingMemory content evolve from #somatosensory to parietal areas.
Decoding from left SPL was linked to WM performance — suggesting a key role in maintaining #tactile information.
We show that representations of vibrotactile #WorkingMemory content evolve from #somatosensory to parietal areas.
Decoding from left SPL was linked to WM performance — suggesting a key role in maintaining #tactile information.
Reposted by Miro Grundei
2/3 Our symposium on multisensory #WorkingMemory was a lot of fun! Thank you @yichen-yuan.bsky.social @grundei.bsky.social @scannedfruits.bsky.social & Dominic Guitard for your fantastic talks!
September 15, 2025 at 4:10 AM
2/3 Our symposium on multisensory #WorkingMemory was a lot of fun! Thank you @yichen-yuan.bsky.social @grundei.bsky.social @scannedfruits.bsky.social & Dominic Guitard for your fantastic talks!
Had a great time at #escop25 in Sheffield! Thank you for organising the symposium on multisensory working memory @lauraklatt.bsky.social
September 6, 2025 at 6:59 AM
Had a great time at #escop25 in Sheffield! Thank you for organising the symposium on multisensory working memory @lauraklatt.bsky.social
Reposted by Miro Grundei
In this review/primer written by the talented @gutlin.bsky.social and @hannahmcdermott.bsky.social we introduce a range of computational methods useful for studying neural activity in schizophrenia 🧠 journals.sagepub.com/doi/abs/10.1...
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May 23, 2024 at 8:18 AM
In this review/primer written by the talented @gutlin.bsky.social and @hannahmcdermott.bsky.social we introduce a range of computational methods useful for studying neural activity in schizophrenia 🧠 journals.sagepub.com/doi/abs/10.1...