Brain research, internal models, predictive processing, high resolution 7T fMRI, cortical layers. @CCNi_UofG @UofGPsychology @UofGMVLS @HumanBrainProj now: bsky
Glasgow in the heart of Europe
Joined October 2015
- Tweets284
- Following337
- Followers924
- Likes686
Pinned Tweet
So proud of this fantastic work of @jo_bergmann and team. well deserved hard work and very thorough analysis. Showing now two top-down processes unfolding in cortical layers of visual cortex. Work @CCNi_UofG , @UofGMVLS – at Glasgow, Scotland
@layerfMRI was faster than me 😅 so retweeting his post now.
It only took ages (because life..) but our laminar fMRI paper is finally out in @NatureComms! With @LarsMuckli, Lucy S. Petro, @atyler_morgan, Clement Abbatecola & @susan_m_li
Lars Muckli now at: larsmuckli.bsky.social retweeted
We have an opening for a Lead Research Radiographer to manage our portfolio of MRI scanners, including our 3T and 7T systems @UofGlasgow @UofGMVLS
jobs.gla.ac.uk/job/lead-rese…
DM me or @LarsMuckli for any informal enquiries.
Lars Muckli now at: larsmuckli.bsky.social retweeted
There are a number of permanent positions available in Glasgow, UK. This includes a professorship for 7T and layer-fMRI work.
nature.com/naturecareers/job…
posted on behalf of @LarsMuckli
Less visual decodability in aphantasia when stimulated with complex sounds. Compared to previous work with blind and sighted volunteers @Amiramedi and @petravetter. Well done (@BelenMMontabes, Clements, Lucy, and team at @CCNi_UofG). Fantastic work.
Freshly out in @CurrentBiology! Aphantasic participants, who report a blind imagination, show reduced decoding of auditory scenes in early visual areas. With C.Abbatecola, R.Luciani, @AngusPaton @jo_bergmann @petravetter1 L.Petro @LarsMuckli 👁️👁️: doi.org/10.1016/j.cub.2024.0… 1/2
Lars Muckli now at: larsmuckli.bsky.social retweeted
Freshly out in @CurrentBiology! Aphantasic participants, who report a blind imagination, show reduced decoding of auditory scenes in early visual areas. With C.Abbatecola, R.Luciani, @AngusPaton @jo_bergmann @petravetter1 L.Petro @LarsMuckli 👁️👁️: doi.org/10.1016/j.cub.2024.0… 1/2
Lars Muckli now at: larsmuckli.bsky.social retweeted
Cellular psychology: relating cognition to context-sensitive pyramidal cells
Opinion by William A. Phillips, Talis Bachmann, Michael W. Spratling, Lars Muckli (@LarsMuckli), Lucy S. Petro, & Timothy Zolnik
tinyurl.com/29htph6j
Lars Muckli now at: larsmuckli.bsky.social retweeted
Hi Niels, sorry I missed this comment at the time. Recording available here! Thanks so much! youtube.com/watch?v=mJOuWKTi…
Lars Muckli now at: larsmuckli.bsky.social retweeted
Some impressions from yesterday's Consciousness Symposium held in the @UofGARC, featuring Giulio Tononi, Cyriel Pennartz, Jakob Hohwy and Umberto Olcese, organized by @LarsMuckli and his lab. Fascinating!
The ground truth about the human fMRI occlusion paradigm revealed by rodent 🐁2P imaging - Super excited about this @HumanBrainProj collaboration with @kseignet at @CN_Levelt lab multispecies multiscale @CCNi_UofG. Preprint and Tweetorial below: spoiler: L2/3 are contributing!
I’m very excited to share our latest preprint:
‘Experience-dependent predictions of feedforward and contextual information in mouse visual cortex’
biorxiv.org/content/10.1101/…
Lars Muckli now at: larsmuckli.bsky.social retweeted
Cortical depth profiles in primary visual cortex for illusory and imaginary experiences nature.com/articles/s41467-0… by @jo_bergmann @susan_m_li @atyler_morgan @LarsMuckli et al.; mental imagery content is decodable mainly from deep layers of V1
Lars Muckli now at: larsmuckli.bsky.social retweeted
@layerfMRI was faster than me 😅 so retweeting his post now.
It only took ages (because life..) but our laminar fMRI paper is finally out in @NatureComms! With @LarsMuckli, Lucy S. Petro, @atyler_morgan, Clement Abbatecola & @susan_m_li
New layer-fMRI showing how high-resulution imaging can capture different types of feedback:
Mental imaginary and optical illusory experiences are represented in different feedback layers (deeper and superficial).
doi.org/10.1038/s41467-024-4…
By @jo_bergmann et al.
Lars Muckli now at: larsmuckli.bsky.social retweeted
The representation of occluded image regions in area V1 of monkeys and humans sciencedirect.com/science/ar… by @paolo_papale @atyler_morgan @LarsMuckli @Pieters_Tweet @MatthewWSelf et al.
Lewis Capaldi’s Glastonbury set displayed the best of the human spirit – and put disability centre-stage | Frances Ryan theguardian.com/commentisfre… – at Glasgow, Scotland
Lars Muckli now at: larsmuckli.bsky.social retweeted
It was a long and winding road getting this piece published. Very proud of it and grateful for the wonderful collaborative work with @ortiztudelaJ @LarsMuckli @jo_bergmann @IsabelleEhrlic1 and Matt Bennett!
Interesting new paper from the group of former LIP colleague @YeeLeeShing1
by @ortiztudelaJ et al.!
Concurrent contextual and time-distant mnemonic information co-exist a... sciencedirect.com/science/ar…
Lars Muckli now at: larsmuckli.bsky.social retweeted
All NeuroImage and NeuroImage:Reports editors have resigned over the high publication fee, and are starting a new non-profit journal
imaging-neuroscience.org
This comes with great regret, and a huge amount of thought and discussion- please read announcement to get more details.
Finally some mitigation to the many BREXIT fallouts theguardian.com/politics/202… – at Glasgow, Scotland
Lars Muckli now at: larsmuckli.bsky.social retweeted
Neu: "Wo sitzt der Geist - Von Leib und Seele zur erweiterten Kognition".
Hier erhältlich:
shop.kortizes.de/#buecher
Mit Beiträgenvon @johndylanhaynes @MatthiasEckoldt @LarsMuckli @BignaLen und anderen.
ALT Buchcover "Wo sitzt der Geist?"
Most exciting collaboration with @paolo_papale & @pieters_Tweet. When visual scenes are occluded, V1 still knows about the occluded information. Monkeys V1 just like human V1 is filling in mental line drawings @CCNi_UofG started with @FraserWSmith now in monkeys @HBPSysCogNeuro
Here is a interesting pre-print by @paolo_papale demonstrating that V1 neurons with an occluder in their receptive fields respond to the non-occluded parts of an image (i.e. using the paradigm of @LarsMuckli). researchgate.net/publication…
