Bonkers has been on hiatus, getting his paw fixed. But a new release is coming soon. In the meantime, enjoy our "This is General Bonkers" playlist.
open.spotify.com/playlist/1w…
How does the brain turn brief experiences into long-lasting moods or habits? New preprint from the Flavell Lab at @mitbrainandcog deconstructs an aversive behavioral state in C. elegans (Roundworms-nematodes).
By mapping whole-brain dynamics during repeated negative encounters, the team discovered that a global state isn’t controlled by a single master hub. Instead, it is broken down into distinct features (like speed vs. sensory priming) controlled by parallel neural integrators (ADA, AVH, and PVQ) acting on different timescales.
While AVH relies on circuit-level feedback to drive sustained locomotion speed, PVQ uses cell-intrinsic persistence to prime the animal for future threats. H/T @MillerLabMITdoi.org/10.64898/2026.06.04.…#Neuroscience#Celegans#BrainConnectomics#SystemsNeuroscience#NeuralCircuits#Biophysics
Is categorization something the brain does after perceiving the world, or is it how perception happens in the first place?
A groundbreaking Perspective by Lisa Feldman Barrett and Earl K. Miller in Nature Reviews Neuroscienceargues that categorization is completely "baked" into our neural infrastructure.
Rather than a final-stage sorting process, categorization occurs from the very moment a sensory signal enters the brain. Driven by predictive feedback loops that start at the limbic core, the brain continuously constructs functional context to optimize energy and anticipate metabolic needs (allostasis).
In short: meaning and metabolism are deeply intertwined, and your brain is constantly grouping the world to keep your body running efficiently. @MillerLabMITdoi.org/10.1038/s41583-026-0…#Neuroscience#CognitiveScience#BrainResearch#Categorization#Allostasis#PredictiveProcessing#Neuroanatomy
How do brains integrate sensory evidence over minutes to generate adaptive behaviors? A new Flavell lab preprint identifies C. elegans circuits that integrate aversive smells during foraging to control specific behavioral responses. biorxiv.org/content/10.64898…#neuroscience
ALT A grayscale image shows a worm slithering from the upper right to the bottom left. It's head crosses a faint line labeled "copper boundary."
Correction: June *11* 8pm, I will give the PSW public science lecture at the Cosmos Club in DC
And you (yes, you) can watch online:
pswscience.org/meeting/2537/
Thought Emerges from Neural Dynamics
How Science is Unraveling the Nature of Cognition and Consciousness.
#neuroscience
And check out his wicked cool work on anesthesia:
Similar destabilization of neural dynamics under different general anesthetics, Cell Reports, doi.org/10.1016/j.celrep.202…
Propofol anesthesia destabilizes neural dynamics across cortex, Neuron doi.org/10.1016/j.neuron.202…
New results! The prefrontal cortex uses a low-dimensional “coding space”. Info can be captured in just 3–6 dimensions. The brain compresses what we remember.
Low-dimensional prefrontal representations of objects during working memory
doi.org/10.64898/2026.06.03.…#neuroscience
This results from a continual reduction in dimensionality and the organization of incoming signals via predictive feedback.
nature.com/articles/s41583-0…
The cortex is not best understood as a set of fully separate, self-contained modules. Instead, regions work together in a more integrated, network-like way.
Brain-wide distributed processing underlying natural vision and audition
doi.org/10.64898/2026.05.26.…#neuroscience
🐈Amid finals and in advance of graduation, two of our most prestigious 'Purr-fessors,' Kinje and Torbie, held office hours at a cat cafe today, arranged the lab of Professor Myriam Heiman. Attendees also enjoyed boba, macarons and cat crafts. Thanks to @mitscience, @mit_bcs
ALT A bund of people stand around a conference room table that is stacked with boba teas
ALT Close-up on the hands of a man as he colors in a wooden cat with a magic marker
ALT A multi-colored cat stands on a cat tree while being petted by two adoring onlookers
ALT A man in a grey MIT hat leans over to offer a treat to a dark grey cat in the recess of a fuzzy box
How do beta and gamma rhythms impact synaptic integration in pyramidal neurons? Our latest paper that examines this question studied this using a biophysically detailed pyramidal neuron model. Here’s what we found. A 🧵below.
elifesciences.org/articles/9…
1/10
New results!
Theta rhythms flexibly routing information based on behavior and feedback, organizing local and long-range neural communication.
Theta gates and routes information in the frontal cortex
doi.org/10.64898/2026.06.03.…#neuroscience
Thalamic recordings show a rhythm that’s strong in wake and REM and absent in deep sleep: An electrophysiological signature of conscious states.
nature.com/articles/s41562-0…#neuroscience