4.6 Editorial Material

Uncovering cognitive similarities and differences, conservation and innovation

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Summary: This paper critiques the role of intuition-based ascriptions of cognition in cognitive sciences and suggests freeing the concept of cognition from such ascriptions, reinterpreting it as a scientific concept linked to a material domain of research. The introduction of the new concept of cobolism aims to clarify the cognitive target domain of living systems, providing a general format to describe diverse cognitive organizations.

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Summary: The theme issue advocates for cognitive sciences to align with the rest of life sciences, introducing the concept of basal cognition to understand how lower organisms familiarize with ecological niches and how this can aid in understanding cognition in evolved organisms. By proposing a working definition of cognition and a behavior-generating toolkit, a multidisciplinary approach is suggested for comprehending cognition across different biological organizations.

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Summary: The evolutionary origin of the nervous system has been a matter of long-standing debate, with earlier studies focusing on the cellular level and later studies emphasizing the tissue level. There are different perspectives on the nature of effector cells within the nervous system. Researchers are exploring how these divergent views can be validated through molecular and single-cell data.

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Simona Ginsburg et al.

Summary: The passage discusses the definition of cognitive systems and evolutionary transitions, including the transition from learning in non-neural animals to learning in neural animals, as well as the transition from limited associative learning to unlimited associative learning in animals. The focus of the study is on the evolutionary transitions in learning capacities, providing a unified framework for studying cognition.

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The Mycelium Blueprint: insights into the cues that shape the filamentous fungal colony

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Quantifying causal emergence shows that macro can beat micro

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Long-range neural and gap junction protein-mediated cues control polarity during planarian regeneration

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