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Max Schelski

@maxschelski.bsky.social
3.1K followers 1.6K following 88 posts

Neuroscientist. Developing mathematical models of cell biology underlying synaptic plasticity. Coding Python. PhD done @ Bradke lab #NeuroDev #Microtubules PostDoc in Tchumatchenko group. #SynapticPlasticity #Dendrites github.com/maxschelski

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Reposted by Max Schelski
Roxana Zeraati @roxana-zeraati.bsky.social · 28/09/2026
We are thrilled 🥳 to share that we’re joining forces with @neuroprinciplist.bsky.social to establish a joint research unit, @cmc-unit.bsky.social integrating natural and embodied decision making across species! We also have open PhD and postdoc positions (check below for more info) 🎉
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Machine Learning in Science @mackelab.bsky.social · 28/09/2026
The Macke lab is back at @bernsteinneuro.bsky.social in Frankfurt! 🧠🪰 This year with 2 satellite workshop talks + 5 posters on mechanistic, connectome-constrained models of the fruit fly. All posters are joint work with @srinituraga.bsky.social. Come and say hi! 👋 Details 👇 (1/8)
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Matthijs Pals @matthijspals.bsky.social · 28/09/2026
What are the dynamics underlying sequence working memory? To found out, we develop and analyse RNNs fitted to multi-session single-unit data of macaques. See my talk Wed 12:00, at @bernsteinneuro.bsky.social. With @jakhmack.bsky.social @mackelab.bsky.social Data from Chen et al., Neuron 2024.
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Maciej Kania @kaniamaciej.bsky.social · 28/09/2026
Starting in 2h!! 🤠🌞
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Tim Vogels @tpvogels.bsky.social · 22/09/2026
Playing Pong with spikes, dancing rate networks, composite engrams & #ihngrams4engrams. The labs most recent work-in-progress, now on biorxiv.com. Stay tuned for more Pong doi.org/10.64898/202... Dale doi.org/10.64898/202... Composite engrams doi.org/10.64898/202... Ihngrams doi.org/10.64898/202...
Small sub panel of the "Dale" paper's Fig. 1 ,depicting a humanoid dancing with joy. The paper is about how motor cortex can orchestrate a rich and flexible repertoire of network dynamics for rhythmic and goal-directed movements. Computational studies have begun to illuminate the mechanistic origins of this repertoire, but a comprehensive model that can explain the emergence of both transient and self-sustained dynamics is still missing. Condruz et al. show that three simple ingredients: Dalean connectivity, stability, and nonlinear neural responses, suffice to reverse-engineer networks that produce transient, steady-state, and self-sustained periodic activity. A single dynamical principle underlies this repertoire: the interaction of non-normal amplification, inherent to Dalean networks, with neuronal nonlinearity, so to ignite and sustain multi-stable, controllable dynamics. The approach yields entire families of connectivity matrices that require no hand-tuning or learning of weights. Without fitting them to data, these networks reproduce the population-level signatures of motor cortex, implying that the richness of cortical dynamics need not be sculpted by learning, but may emerge from simple biological ingredients. But really, we just feel like dancing with JOY!!
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Maik Bischoff @maikbischoff.bsky.social · 21/09/2026
1/23 I have fantastic news! I am truly honored to have been awarded an Emmy Noether-Grant by @dfg.de @uni-muenster.de Since most of you are not from Germany, I will use the following posts to explain what this Program is, who Emmy Noether was and what my group in Münster will be doing. #cellbio
A picture of me and the Emmy Noether Program Logo
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Max-Planck-Gesellschaft @maxplanck.de · 09/09/2026
We are hiring! Start at a #MaxPlanckInstitute with your own independent Max Planck Research Group. This position is equivalent to a W2 Professorship at a German university, or Associate Professor internationally. 🔗Apply until October 14th! www.mpg.de/career/max-p... #ScienceCareer #MPRG #TenureTrack
Call for independent Max Planck Research Groups
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Tatjana Tchumatchenko @tatjanat.bsky.social · 10/01/2026
Please spread the word🔊My lab is looking to hire two international postdocs. If you want to do comp neuro, combine machine learning and awesome math to understand neural circuit activity, then come work with us! Bonn is such a cool place for neuroscience now, you don't want to miss out.
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Anh Hoang Le, PhD 🏳️‍🌈🏴󠁧󠁢󠁳󠁣󠁴󠁿🇻🇳 @anhhle2702.bsky.social · 07/09/2026
Very happy to share my postdoc paper is out now in @natcellbio.nature.com titled "Tissue flow acts as a guidance cue for immune cell polarization and directional migration". If you love imaging and immune cells, this is for you! #microscopymonday www.nature.com/articles/s41... A 🧵: 1/n
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Sabine Krabbe @sabinekrabbe.bsky.social · 07/09/2026
Amygdala dopamine is often studied in response to external rewards or threats. But what happens during self-initiated exploration? Our new preprint suggests a broader role: a state-dependent salience signal linking exploration and associative learning. 👉 www.biorxiv.org/content/10.6...
biorxiv.org
Basolateral amygdala dopamine signals behavioural salience across exploration and learning
Animals must balance exploration with threat avoidance, yet how neuromodulatory signals shape information-seeking states remains unclear. Using fibre photometry recordings in the basolateral amygdala ...
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Dan Goodman @neural-reckoning.org · 03/09/2026
#SpikingNeuralNetwork people - this year's SNUFA workshop is live! Talks by: ⭐ Eugene Izhikevich ⭐ @giuliadangelo.bsky.social ⭐ Mihai Petrovici ⭐ Susanne Schreiber Submit your abstracts by Sept 25th. Registration is open! More info at: snufa.net/2026/ cc @fzenke.bsky.social @albada.bsky.social
Picture of the SNUFA spiky hedgehog
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Joao Barbosa @jbarbosa.org · 03/09/2026
Ah, and we'll be hiring soon at all levels :)) so don't hesitate to check our research and reach out if it sounds interesting Jbarbosa.org
jbarbosa.org
Joao Barbosa
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Joao Barbosa @jbarbosa.org · 03/09/2026
I can finally tell the world that i was selected for an ERC stg 🤯 Maybe this what people mean when they say they are "humbled by" but I am at peak imposter syndrome, and I really mean it: 1/
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Jieyu Zheng @jieyusz.bsky.social · 04/09/2026
How fast can mice learn complex mazes? With @mameister4.bsky.social we reveal memory, generalization, latent learning, and remote credit assignment of mice in the Manhattan Maze. Do mice born without a cortex or hippocampus have them too? Check it out! www.biorxiv.org/content/10.6...
biorxiv.org
Rapid spatial cognition in mice, with and without neocortex and hippocampus
Rapid learning, memory, and generalization are often attributed to circuits of the neocortex and hippocampus, but their specific role remains unclear. To examine these cognitive abilities together in ...
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Dan Levenstein @dlevenstein.bsky.social · 01/09/2026
Have spent more brain juice than I want to admit thinking about this question. Turns out the answer is still “it depends”, on so many things. www.jneurosci.org/content/43/7...
jneurosci.org
On the Role of Theory and Modeling in Neuroscience
In recent years, the field of neuroscience has gone through rapid experimental advances and a significant increase in the use of quantitative and computational methods. This growth has created a need for clearer analyses of the theory and modeling approaches used in the field. This issue is particularly complex in neuroscience because the field studies phenomena that cross a wide range of scales and often require consideration at varying degrees of abstraction, from precise biophysical interactions to the computations they implement. We argue that a pragmatic perspective of science, in which descriptive, mechanistic, and normative models and theories each play a distinct role in defining and bridging levels of abstraction, will facilitate neuroscientific practice. This analysis leads to methodological suggestions, including selecting a level of abstraction that is appropriate for a given problem, identifying transfer functions to connect models and data, and the use of models themselves as a form of experiment.
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Marco Dalla Vecchia @marcodv.bsky.social · 27/08/2026
Interested in image analysis and a service role in a dynamic and growing facility? Come and joy our image analysis team! Feel free to reach out for any questions or doubts. ista.ac.at/en/job/?titl...
ista.ac.at
Job details
Job details
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Dan Goodman @neural-reckoning.org · 27/08/2026
Lots of science happens at talks, and if you're not there you don't get to see what's happening. I find that this excludes lots of people, and isn't fair. So, from now on I'll try to upload all my talk slides at least to my website (videos when available): neural-reckoning.org/talks.html
neural-reckoning.org
Talks
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Rui Ponte Costa @somnirons.bsky.social · 27/08/2026
How does the brain continually adapt? Fresh in @natureportfolio.nature.com our super exciting collaboration with @mark-j-wagner.bsky.social showing that the cerebellum contextualises cortical dynamics enable multi-task learning: www.nature.com/articles/s41...
nature.com
Granule cells reorient cortical trajectories to separate contexts - Nature
Simultaneous imaging of premotor cortex and cerebellar granule cells in mice learning two skills in parallel shows that trajectories generalize in cortex but coherently reorient apart in granule cells...
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Gaute Einevoll @gauteeinevoll.bsky.social · 26/08/2026
Episode #44 in #TheoreticalNeurosciencePodcast: On how energy determines where proteins are produced in neurons – with Tatjana Tchumatchenko theoreticalneuroscience.no/thn44 Ion channel proteins can be produced in the soma or where they are needed. How do neurons decide?
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Ken Miller @kenmiller.bsky.social · 26/08/2026
This is wild. >1/2 of HC synapses disappear in artificial hibernation, come back in same/similar locations & memories intact. ~1/2 of engram synapses-between two memory-tagged cells-are clustered on dendrites, those preferentially spared. Not biggest synapses. 1/ www.science.org/doi/10.1126/...
This shows the visual abstract and a paragraph from the extended abstract of the linked article.
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Fabrizio Musacchio @fabmusacchio.bsky.social · 25/08/2026
How can neural assemblies remain stable while still learning new, overlapping representations? New 📝 by @gjorjulijana & @cmiehl et al. proposes contextual #dendritic gating of #plasticity as a circuit mechanism for flexible, assembly-based computation 👌 #Neuroscience #CompNeuro
Figure 2. Gating of excitatory plasticity via inhibitory context signals at nonlinear dendrites
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megan peters 🧠 @meganakpeters.bsky.social · 24/08/2026
Come help us build the premier curriculum for training computational behavior scientists worldwide!!
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Julijana Gjorgjieva @gjorjulijana.bsky.social · 23/08/2026
Supper happy to see this published. In short, we show how dendrites and inhibition allow neural circuits to learn new representations while protecting representations that are already stored in the network. See below for a detailed post by @cmiehl.bsky.social: www.sciencedirect.com/science/arti...
sciencedirect.com
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Konrad Kording @kordinglab.bsky.social · 24/08/2026
Hiring for research scientists in expansion chemistry and optical physiology at mindspan.org with @eboyden3.bsky.social, Yongxin Zhao, Xue Han. We will build tools to analyze the human brain. We are into compiling arxiv.org/abs/2603.25713. We are into cutting edge technology.
mindspan.org
Mindspan Institute
A non-profit creating and applying tools to characterize the molecules and wiring of the human brain, as well as to interpret how they contribute to brain functions and dysfunctions, openly sharing to...
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Christoph Miehl @cmiehl.bsky.social · 24/08/2026
Super happy that our work on "Assembly-based computations through contextual dendritic gating of plasticity" got published @cp-neuron.bsky.social 👇 This was co-led with Sebastian Onasch, with help from @mmiekus.bsky.social, under the guidance of @gjorjulijana.bsky.social For detailed 🧵, see below.
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Aaron Milstein @neurosutras.bsky.social · 13/08/2026
Our new preprint #manuskrypt is a labor of love and has a profound story behind it. @gritz122.bsky.social @argalloni.bsky.social (1/11) www.biorxiv.org/content/10.6...
biorxiv.org
GIRK Channel Loss of Function Increases Dendritic Excitability in a Mouse Model of GNB1 Encephalopathy
GNB1 encephalopathy (GNB1-E) is a rare neurodevelopmental disorder associated with motor dysfunction, epilepsy and learning disability caused by mutations in the gene encoding the G protein subunit Gβ...
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Fabrizio Musacchio @fabmusacchio.bsky.social · 12/08/2026
🚀Another #MotilA update this morning: v1.1.3 brings optional #CSV & #YAML export, which makes MotilA less reliant on proprietary file formats. … And: MotilA got its first logo 🤗 🌍 motila.readthedocs.io/en/latest/ch... #BioimageAnalysis #microglia #motility #Python
A smiling cartoon cell with colorful extensions and the text "MotilA" below, representing a Python-based image analysis pipeline.
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Charley Wu @thecharleywu.bsky.social · 05/08/2026
🚨Now out in Science Advances @science.org: #Parkinson's patients off dopamine medication (PD-) explore too much and exploit too little. Modeling shows they overvalue uncertainty, not that they choose randomly. On levodopa (PD+) they become comparable to controls www.science.org/doi/10.1126/... 🧵👇
science.org
Dopamine depletion in Parkinson’s increases directed but not random exploration
Levodopa restores the balance between exploration and exploitation in Parkinson’s disease.
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European Commission @ec.europa.eu · 01/08/2026
Japan has now joined Horizon Europe. Japan’s researchers can now partner with teams across the EU. Together, we will advance global research in health, digital technologies, and climate neutrality ↓ link.europa.eu/YP7MtB
Visual featuring Mount Fuji framed by pink cherry blossoms. At the centre are the overlapping flags of the European Union and Japan, with the text "EU-JAPAN HORIZON EUROPE" overlaid below.
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Ilenna Jones @ilennaj.bsky.social · 31/07/2026
What does synapse position buy a neuron? We trained a dendritic network to place its own synapses on a covariance task. It clustered correlated inputs onto shared branches, and shuffling that placement destroyed performance while every weight stayed intact. Preprint: arxiv.org/abs/2607.24503 🧵-->
arxiv.org
Synaptic clustering emerges from learning and supports covariance discrimination
Functional synapse clusters (FSCs) are synapses with correlated presynaptic activity that are colocalized on the same neuronal dendritic branch. FSCs have been observed after learning in cortical and ...
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Julian Rossbroich @jrbch.bsky.social · 27/05/2025
I've spent much of my PhD thinking about E/I balance, and our latest preprint represents the culmination of that journey. Huge thanks to @fzenke.bsky.social for guiding me. Looking forward to your thoughts & comments.
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Johannes Felsenberg @felsenberg.bsky.social · 31/07/2026
Finally out in @natneuro.nature.com! A forgotten memory isn't always gone. We show that forgotten memories persist as silent memory traces, can be recovered by reminders, and can even be reconstructed into false memories. Excited to finally share this work! www.nature.com/articles/s41...
nature.com
Creating true and false memories from forgotten information in Drosophila - Nature Neuroscience
Forgotten memories in Drosophila persist as silent memory traces and can be recovered by reminder cues. Manipulating reminders can create false memories, showing that memory reconstruction flexibly in...
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Jakob Macke @jakhmack.bsky.social · 31/07/2026
500 days of summer, probably more days of work that @alanadarcher.bsky.social and others put into this-- a big data-set of over 2k single-unit recordings in 29 patients all watching the same movie, collected in the lab of Florian Mormann @humansingleneuron.bsky.social!
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Alana Darcher @alanadarcher.bsky.social · 30/07/2026
🎉 *extremely* excited to share our human single neuron + movie dataset is out in #ScientificData! 📄 Human neuron activity during an 83-minute movie from 2,286 neurons and 29 patients 🔗https://www.nature.com/articles/s41597-026-07955-0 1st public dataset from @humansingleneuron.bsky.social!🧵
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Mormann Lab @humansingleneuron.bsky.social · 30/07/2026
First public dataset from the Mormann/Bonn lab! Congrats to @alanadarcher.bsky.social and @franzigrkn.bsky.social 🧠🎥!
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Anh Hoang Le, PhD 🏳️‍🌈🏴󠁧󠁢󠁳󠁣󠁴󠁿🇻🇳 @anhhle2702.bsky.social · 27/07/2026
Yey, I figured out how to display 3D movie stacks in #ChimeraX, thanks to @dabiophysicist.bsky.social for the suggestion. My original tiff was not ome-tiff so you'll need to convert it first (do this with #Python), then adjust voxelsize in ChimeraX so the image isn't flat, record, and voila!
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David Brückner @davidbrueckner.bsky.social · 18/05/2026
Can a snapshot of cell signaling predict cell fate? 🤔 Combining iterative immunofluorescence, information theory & machine learning we show that combinatorial signaling encodes fate at single-cell level in 2D human gastruloids This reveals an interpretable & generalizable signal-to-fate map 🗺️
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David Brückner @davidbrueckner.bsky.social · 25/07/2026
Our paper about predicting cell fates from combinatorial signals in 2D human gastruloids received a preprint highlight in @dev-journal.bsky.social Thank you @ancheldjs.bsky.social for a great perspective piece on our work! 👉 journals.biologists.com/dev/article/...
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Stefania Mattioni, Ph.D. @stefaniamatt.bsky.social · 23/07/2026
How quickly we update our beliefs depends on the environment. This recently published work, shows that humans adjust their learning rates both rapidly, from recent prediction errors, and gradually, through environment-specific meta-learning—supported by representations in the orbitofrontal cortex.
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Lorenzo Posani @lorenzoposani.com · 15/07/2026
Out today on @nature.com! Connecting neural specialization, population geometry, and their functional implications across the cortical hierarchy. So grateful for this beautiful and fun collaboration with @shuqiw.bsky.social, S Muscinelli, L Paninski, and @stefanofusi.bsky.social!
nature.com
Rarely categorical, highly separable representations along the cortical hierarchy - Nature
Cortical circuits prioritize diversity over categorical structure, supporting a computational regime geared towards high-dimensional, highly separable neural representations.
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dianebissen.bsky.social @dianebissen.bsky.social · 20/07/2026
Back to Bluesky to share the most exciting news: my postdoctoral research is now published in Neuron! We used cricket hunting to show how ethological learning persistently rewires juvenile (but not adult!) visual circuits by co-opting homeostatic plasticity. Full story www.cell.com/neuron/fullt...
cell.com
Ethological learning during the critical period resets synaptic setpoints in mouse binocular visual cortex
Bissen et al. show that prey capture learning profoundly reshapes visual cortical circuitry and function during developmental critical periods, but not in adulthood. These learning-induced structural ...
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turrigiano.bsky.social @turrigiano.bsky.social · 21/07/2026
If you like ethological learning, structural plasticity, and the idea that homeostatic setpoints are malleable, this paper is for you! Congrats to Diane and the whole team on the culmination of a long and fascinating journey #dianebissen.bsky.social, #neuroskyance
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bioRxiv SysBio @biorxiv-sysbio.bsky.social · 13/07/2026
Large-scale analysis of optimisation methods for parameter estimation problems in the life sciences www.biorxiv.org/content/10.64898/20…
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Julio R. Banga @julio-r-banga.bsky.social · 14/07/2026
Our latest preprint is out. Great collaboration with the group of Jan Hasenauer (University of Bonn). A very comprehensive benchmarking of optimisation methods for parameter estimation in mechanistic models. Preprint in the post below.
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Nature @nature.com · 08/07/2026
Nature research paper: An intrinsic cytoskeletal oscillator establishes neuronal polarity go.nature.com/4p9dWbh
go.nature.com
An intrinsic cytoskeletal oscillator establishes neuronal polarity - Nature
The ARP2/3 complex works together with actomyosin in an oscillatory program at the soma to govern neuronal polarization.
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Christophe 🔬 Leterrier @christlet.bsky.social · 10/07/2026
Saw @franckp.bsky.social present this at the Cell Bioloy of the Neuron. A true "big if true" work – lots of experiments and evidence here www.biorxiv.org/content/10.1...
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Roxana Zeraati @roxana-zeraati.bsky.social · 07/07/2026
Our paper "Neural timescales from a computational perspective" is finally out in @natneuro.nature.com: www.nature.com/articles/s41... We discuss how computational models and methods can distill empirical observations on neural timescales into quantitative, testable theories of brain computation.
nature.com
Neural timescales from a computational perspective - Nature Neuroscience
This review integrates computational approaches to provide a unified view on how data analysis methods, biophysical mechanistic models and machine learning approaches can help to uncover the origins a...
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Jan Gründemann @jangrundemann.bsky.social · 06/07/2026
If you are at #FENS2026 stop by at our lab’s posters by Eva Sebastian and @paricio-montesinos.bsky.social on the role of sensory thalamus in learning and memory.
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Daniel @koch-lab.bsky.social · 08/04/2026
(1/2) 🎉👻 New pre-print with @akhilesh-nandan.bsky.social 👻🎉 ➡️Generalized definitions of saddle-nodes & their ghosts ➡️Algorithms to identify + characterize #ghosts (+ ghost channels/cycles) ➡️Applications: #neuronal, #climate tipping and #gene regulatory #dynamics ➡️bifurcations between ghosts 😮
arxiv.org
Generalized saddle-node ghosts and their composite structures in dynamical systems
The study of dynamical systems has long focused on the characterization of their asymptotic dynamics such as fixed points, limit cycles and other types of attractors and how these invariant sets chang...
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koseskalab.bsky.social @koseskalab.bsky.social · 06/07/2026
New preprint! RNNs solving an interval timing task self-organize near bifurcations, where structured slow transients drive computation. These slow scaffolds predict generalization to unseen intervals and are alone sufficient for timing! @mpinb.mpg.de www.biorxiv.org/content/10.6...
biorxiv.org
Near-critical slow dynamics enable flexible temporal computations and generalization
Although neural activity often evolves along low-dimensional manifolds, such descriptions do not explain the dynamical mechanisms that generate, constrain, and stabilize computation. Identifying these...
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