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The collective discussions reflect high enthusiasm and engagement with the article, as evidenced by phrases like 'this paper is delicious' and references to the potential revolutionary insights, supported by mentions of related models and authors. The tone suggests a strong positive interest, with users actively connecting ideas and sharing relevant materials, indicating the research’s relevance and potential impact in advancing understanding of cortical microcircuits.
Most discussions show strong support for the scientific advancements and theories proposed, with several references to Max Bennett’s work and positive energy towards the research.
The topics related to neocortical microcircuits and AI models generate high curiosity, evidenced by mentions of terms like 'game changer' and references to in-depth theories.
Users are actively engaging by suggesting related mechanisms, sharing links, and quoting the research, indicating deep involvement in understanding and elaborating on the publication.
While there is excitement and recognition of potential influence, the discussions primarily revolve around ideas and ongoing research, suggesting moderate but growing impact within neuroscience and AI communities.
In this week's research meeting, we invited Max Bennett to discuss his recently published model of cortical columns, sequences with precise time scales, and working memory. His work extends our past work in new and exciting ways! Watch the video here: https://t.co/sWtitpZJqE
New Research: An Attempt at a Unified Theory of the Neocortical Microcircuit in Sensory Cortex https://t.co/zDZhrrSmiY #NeuralCircuits
this paper is delicious https://t.co/DZlLdOH3Em https://t.co/dkGPx3rsow
@Numenta Lots of positive energy & fresh ideas in this meeting! An incentive for reading Max Bennett's paper: https://t.co/5twKllRJGo
@togelius @rgblong Modern AI is a joke, and utterly inefficient relative to the brain. Transformers positional encodings were recently found to mirror grid cells in the brain. Read up on HTM theory to blow your mind, https://t.co/VGheRubPiy and https://t.co/N9A679nh09
@SelfAwarePatter Links, for anyone interested: Podcast: https://t.co/8xgpvWuEWd Paper: https://t.co/bodgKu36fC Book: https://t.co/Km3p0mV85X *
Max Bennett discusses how the human brain surpasses AI in learning and perception, exploring recent neuroscience research and theories about the neocortical microcircuit functions, sensory processing, and learning…
this paper is delicious https://t.co/DZlLdOH3Em https://t.co/dkGPx3rsow
An Attempt at a Unified Theory of the Neocortical Microcircuit in Sensory Cortex https://t.co/s2yUdXJRbp
@WiringTheBrain @MatthiasMichel_ @seanmcarroll I think Max Bennett @maxsbennett proposed a mechanism for stuff like this in https://t.co/fKpq3xTKnE Look for ‘Macrocolumns Oscillate Between “Input States” and “Output States”’
@SelfAwarePatter Links, for anyone interested: Podcast: https://t.co/8xgpvWuEWd Paper: https://t.co/bodgKu36fC Book: https://t.co/Km3p0mV85X *
I’ve been dreaming of this when I sleep
@brttbrntt @troodoodle @hackleyhackley @deepfates @needo62 Here's a pair to get you started. https://t.co/pLDUyxOvyn https://t.co/OnLRzXRCqE
@CFGeek Here’s a great paper on a HTM-like biologically plausible implementation of working memory/sequence memory: https://t.co/VGheRubPiy
@togelius @rgblong Modern AI is a joke, and utterly inefficient relative to the brain. Transformers positional encodings were recently found to mirror grid cells in the brain. Read up on HTM theory to blow your mind, https://t.co/VGheRubPiy and https://t.co/N9A679nh09
@Numenta Lots of positive energy & fresh ideas in this meeting! An incentive for reading Max Bennett's paper: https://t.co/5twKllRJGo
RT @Numenta: In this week's research meeting, we invited Max Bennett to discuss his recently published model of cortical columns, sequences…
In this week's research meeting, we invited Max Bennett to discuss his recently published model of cortical columns, sequences with precise time scales, and working memory. His work extends our past work in new and exciting ways! Watch the video here: https://t.co/sWtitpZJqE
RT @FrontNeurosci: New Research: An Attempt at a Unified Theory of the Neocortical Microcircuit in Sensory Cortex https://t.co/zDZhrrSmiY #…
RT @FrontNeurosci: New Research: An Attempt at a Unified Theory of the Neocortical Microcircuit in Sensory Cortex https://t.co/zDZhrrSmiY #…
New Research: An Attempt at a Unified Theory of the Neocortical Microcircuit in Sensory Cortex https://t.co/zDZhrrSmiY #NeuralCircuits
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