Daniel Feuerriegel (@danfeuerriegel) 's Twitter Profile
Daniel Feuerriegel

@danfeuerriegel

Head of the Prediction and Decision-Making Lab @psychunimelb. Decision-making, predictive brains, computational neuroscience, EEG, machine learning. He/him

ID: 934027743179636736

linkhttps://psychologicalsciences.unimelb.edu.au/research/msps-research-groups/padma/lab#welcome calendar_today24-11-2017 11:55:42

1,1K Tweet

981 Followers

833 Following

Dr Monique Boord 🧠 (@moniqueboord) 's Twitter Profile Photo

I am so happy to finally have this paper out into the world! We preoperatively measured EEG and ERPs in older adults weeks prior to their cardiac procedure (and delirium) to investigate whether we can index neural vulnerability to developing delirium 🧠 academic.oup.com/braincomms/adv…

Daniel Feuerriegel (@danfeuerriegel) 's Twitter Profile Photo

Great summary of new developments in the dopamine/reward/learning story, and how we can have constructive debates while working with specific and broad classes of models. Feels like we are also entering this type of debate for sensory prediction error models as well.

Nathan Weisz (@nweisz2) 's Twitter Profile Photo

Great commentary by Morgan Fitzgerald, Eena Kosik-Rose, and Brad Voytek on @schmidtfa1's work studying the complex relationship between cardiac and M/EEG signals in aging.🙏 elifesciences.org/articles/102878 Department of Psychology, Univ. Salzburg @PLUS_1622

Olaf Dimigen (@olafdimigen) 's Twitter Profile Photo

Are you looking for a precise monitor for vision science, eye-tracking, or EEG? In a new preprint, we tested an interesting new display option with excellent timing performance: "High-speed" organic light-emitting diode (OLED) monitors. A summary:🧵[1/n]

Are you looking for a precise monitor for vision science, eye-tracking, or EEG? In a new preprint, we tested an interesting new display option with excellent timing performance: "High-speed" organic light-emitting diode (OLED) monitors. A summary:🧵[1/n]
André M. Bastos (@bastoslabneuro) 's Twitter Profile Photo

New results from the lab in collaboration with Alex Maier and Allen Institute via #OpenScope: x.com/biorxiv_neursc… We tested key hypotheses made by popular Predictive Coding (PC) theories with Multi-Area, High-Density Laminar Neurophysiology (MaDeLaNe) in mice and monkeys.

Jérôme Lecoq (@lecoqjerome) 's Twitter Profile Photo

André M. Bastos Allen Institute Also, we have been collectively thinking about next steps for a while now. Everybody can contribute to our brain storming here : docs.google.com/document/d/1g-…

André M. Bastos (@bastoslabneuro) 's Twitter Profile Photo

New results on how gamma/beta oscillations, spiking, and Predictive Routing are disrupted in unconsciousness! Incredible coincidence: The study was published in PNAS as first-author Sophy Yihan Xiong presents the work at #sfn24 poster F7! Come by and learn more! pnas.org/doi/10.1073/pn…

Alexander Huth (@alex_ander) 's Twitter Profile Photo

Nice quick read with an important point: even if a model predicts brain data well it doesn't mean the model uses the same mechanism the brain does. More expressive models generally do better than less expressive models regardless of mechanism.

Michael Shadlen (@shadlen) 's Twitter Profile Photo

Finally! This is the version of record; it's also the version to read, thanks to the review process at eLife. The finding was out of reach before macaque Neuropixels. eLife - the journal: Direct observation of the neural computations underlying a single decision doi.org/10.7554/eLife.…

Sam Gershman (@gershbrain) 's Twitter Profile Photo

Yang Xiang has a new paper with me and Kevin Dorst showing that you don't find a gambler's fallacy in probability judgments (by you do in point predictions): osf.io/preprints/psya… This dissociation suggests that the gambler's fallacy doesn't arise from probabilistic reasoning.

docky duncan (@docdocdunk) 's Twitter Profile Photo

Happy to see this paper finally out now in PBR! Psychonomic Society In it we ask whether statistical learning can occur for unattended items: it is already well known that learning can alter attention, but does attention also alter learning? rdcu.be/dY7L3

Happy to see this paper finally out now in PBR! <a href="/Psychonomic_Soc/">Psychonomic Society</a>

In it we ask whether statistical learning can occur for unattended items: it is already well known that learning can alter attention, but does attention also alter learning?

rdcu.be/dY7L3
Daniel Feuerriegel (@danfeuerriegel) 's Twitter Profile Photo

New preprint from the lab! We used EEG⚡🧠 to map how 12 different food attributes are represented in the brain. 🍎🥦🥪🍙🍮 biorxiv.org/content/10.110… Led by Violet Chae in collaboration with Dr. Tijl Grootswagers and Stefan Bode