hypothesis

active

prediction:morphogenetic-and-behavioral-problem-solving-share-deep-algorithmic-and-mechanistic-symmetries-with-bioelectric-networks-serving-both-developmental-and-neural-functions-via-evolutionary-pivot

Morphogenetic and behavioral problem-solving share deep algorithmic and mechanistic symmetries, with bioelectric networks serving both developmental and neural functions via evolutionary pivot.

Testable prediction that insights from developmental bioelectricity can illuminate behavioral cognition and vice versa; grounds portability of neuroscience tools across tissue types.

Source paper

extracted_from

Bioelectric networks: the cognitive glue enabling evolutionary scaling from physiology to mind

(2023) · Levin, Michael

Neighborhood — ranked by edge-count

Thinkers (1)

thinker

Alan Turing
mentions
Computer scientist who anticipated the symmetry between morphogenesis and cognition as early as 1952 in his chemical theory of morphogenesis.

Findings (1)

finding

Xenopus tadpoles with ectopic eyes on tail can see and navigate using novel visual system without evolutionary adaptation or genetic modification.
supports
Empirical evidence of functional plasticity and radical phenotypic change at individual level; demonstrates cellular hardware adaptation to novel configurations.

Concepts (1)

concept

Evolutionary Pivot
associated_with
Levin's model of how evolution repurposed ancient bioelectric machinery originally used for morphogenesis into neural control of behavior in 3D space.

Artifacts (1)

artifact

Table 1: Conceptual Mapping Between Behavioral Cognition and Anatomical Regulation
implements
Comprehensive isomorphism table demonstrating deep structural parallels between neuroscience and developmental biology concepts; enables portability of tools and ideas across domains.

Related by similarity (8)

cosine ≥ 0.65 · no typed edge

Entities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.

Morphogenesis and cognition are fundamentally linked as collective problem-solvingclaim0.857
Evolution pivoted bioelectric networks' control of spatial pattern during morphogenesis into nervous systems' control of temporal patterns during behavior.claim0.836
Hypothesis on evolutionary origin of behavioral intelligence from morphogenetic competencies.
Problems of cognition (mind) and morphogenesis (body) share fundamental commonality in competent problem-solving.claim0.833
Authors propose deep principle unifying neuroscience and developmental biology through goal-directed behavior as common thread.
Developmental bioelectricity is the evolutionary precursor of neural processing, navigating anatomical morphospace before brains navigated 3D space.claim0.830
Symmetry claim driving the evolutionary pivot model.
Bioelectric networks scale cell computation into anatomical homeostasis and are a mechanism for evolving larger Selves.claim0.830
Developmental bioelectricity is proposed as a tractable entry point to understand the informational architecture of collective intelligence in morphogenesis.
If morphogenesis and cognition share deep isomorphism, then significant overlap is predicted in genes involved in pattern regulation and memory/learning.hypothesis0.825
Bioinformatic prediction that ion channel, connexin, and neurotransmitter genes will appear in both developmental and cognitive contexts.
Neural bioelectric networks achieve a critical separation of hardware and software: the same molecular substrate can instantiate different informational content based on history, enabling minds to arise from matter.claim0.825
Foundational for understanding how physiology becomes meaning; decoupling of material state from information content is prerequisite for emergence of cognitive Self.
Morphogenesis is the behavior of a collective intelligence of cells solving problems across multiple scales.claim0.824
Levin's main interpretive reframing: rejects purely emergentist/mechanistic views of development in favor of treating morphogenesis as cybernetic, goal-directed problem-solving by cellular swarms.

Cross-corpus bridges (12)

same_concept_as · Nomic cosine

External markdown files that talk about the same concept as this entity.

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What are the invariants and symmetries between morphogenetic and behavioral problem-solving?questions/what-are-the-invariants-and-symmetries-between-morphogenetic.md0.883
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How did evolution repurpose bioelectric signaling mechanisms from morphospace navigation to behavioral navigation of 3D space?questions/how-did-evolution-repurpose-bioelectric-signaling-mechanisms-from.md0.880
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How do bioelectric networks store and manipulate morphogenetic memories independent of genetic sequence?questions/how-do-bioelectric-networks-store-and-manipulate-morphogenetic.md0.848
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Can morphogenetic systems serve as model for understanding neural cognition?questions/can-morphogenetic-systems-serve-as-model-for-understanding.md0.844
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How do bioelectric signals enable cells to coordinate morphogenetic patterning independent of genetic instructions?questions/how-do-bioelectric-signals-enable-cells-to-coordinate.md0.842
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Conceptual Mapping Between Behavioral And Morphogenetic Cognitionframeworks/conceptual-mapping-between-behavioral-and-morphogenetic-cognition.md0.838
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Developmental Bioelectricity Frameworkframeworks/developmental-bioelectricity-framework.md0.837
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What are the mechanisms enabling bioelectric codes to specify morphogenetic patterns independent of genetic information?questions/what-are-the-mechanisms-enabling-bioelectric-codes-to.md0.836
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How do ion channels and bioelectric gradients contribute to morphogenetic information beyond their role in neurophysiology?questions/how-do-ion-channels-and-bioelectric-gradients-contribute.md0.834
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How does bioelectric information propagation differ functionally from genetic and biochemical signaling in controlling development?questions/how-does-bioelectric-information-propagation-differ-functionally-from.md0.829
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Can bioelectric manipulation enable predictive control over morphogenesis without genetic changes?questions/can-bioelectric-manipulation-enable-predictive-control-over-morphogenesis.md0.826
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How can the same genome produce different numbers of heads depending on bioelectric state?questions/how-can-the-same-genome-produce-different-numbers.md0.826