Cognitive Neurodynamics: Integrating Cognitive Science and Brain Dynamics

271.1K

views

66

authors

15

articles

Cognitive Neurodynamics: Integrating Cognitive Science and Brain Dynamics

271.1K

views

66

authors

15

articles

Editors

2

Alessandro E P Villa

Neuro-heuristic Research Group (NHRG)

Masamichi Sakagami

Tamagawa University

Impact

About

Cognitive neurodynamic is an interdisciplinary field of systems neuroscience, characterized by multiple levels of integration, multiple timescales of activity, and multiple coding and decoding principles of neural information. Contributions from experimental and theoretical neuroscience, from mathematics to computational modeling, from behavioral to philosophical perspectives are all welcome to face a seemingly unattainable complexity that transforms information into a dynamic puzzle expressed by the mental process of acquiring knowledge and understanding its meaning. This neuroheuristic process is necessarily dynamic and encompasses recurrent, yet flexible, intellectual functions such as executive functions and learning based on the perception-action cycle - the sensorimotor integration.

The goal of the present Research Topic is to broaden our knowledge regarding how a dynamical system approach can lead to a better understanding of the build-up of these intellectual functions from a conceptual, theoretical and experimental basis.

The contributions to this Research Topic should bring original results and discussion on the challenges and the specific value of their empirical and methodological contributions. The article collection may also include inter- and/or transdisciplinary review papers on cognitive neurodynamics of problem-solving and decision making.

Cognitive neurodynamic is an interdisciplinary field of systems neuroscience, characterized by multiple levels of integration, multiple timescales of activity, and multiple coding and decoding principles of neural information. Contributions from experimental and theoretical neuroscience, from mathematics to computational modeling, from behavioral to philosophical perspectives are all welcome to face a seemingly unattainable complexity that transforms information into a dynamic puzzle expressed by the mental process of acquiring knowledge and understanding its meaning. This neuroheuristic process is necessarily dynamic and encompasses recurrent, yet flexible, intellectual functions such as executive functions and learning based on the perception-action cycle - the sensorimotor integration.

The goal of the present Research Topic is to broaden our knowledge regarding how a dynamical system approach can lead to a better understanding of the build-up of these intellectual functions from a conceptual, theoretical and experimental basis.

The contributions to this Research Topic should bring original results and discussion on the challenges and the specific value of their empirical and methodological contributions. The article collection may also include inter- and/or transdisciplinary review papers on cognitive neurodynamics of problem-solving and decision making.

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Editors

Alessandro E P Villa

Neuro-heuristic Research Group (NHRG)

Masamichi Sakagami

Tamagawa University

Impact

271,082 Total views

227,422 Article views

40,616 Article downloads

3,044 Topic views

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Frontiers in Systems Neuroscience

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