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My field of interest is computational neuroscience, with an emphasis on bridging the gap between experimentation and theory. The premise that underlies my work is that the "device physics" of brain hardware (i.e. the anatomical and biophysical properties of neurons and their interconnections) has an essential role in brain function. Neurons operate by the interaction of electrical and chemical signals.
I have focused on the spatiotemporal dynamics and functional consequences of these interactions, which are governed by mechanisms that span a wide range of temporal and spatial scales and are often highly nonlinear. Furthermore they are constrained by the complex architectures of neuronal networks, individual cells, and subcellular structures.
My field of interest is computational neuroscience, with an emphasis on bridging the gap between experimentation and theory. The premise that underlies my work is that the "device physics" of brain hardware (i.e. the anatomical and biophysical properties of neurons and their interconnections) has an essential role in brain function. Neurons operate by the interaction of electrical and chemical signals.
I have focused on the spatiotemporal dynamics and functional consequences of these interactions, which are governed by mechanisms that span a wide range of temporal and spatial scales and are often highly nonlinear. Furthermore they are constrained by the complex architectures of neuronal networks, individual cells, and subcellular structures.
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论文共 36 篇作者统计合作学者相似作者
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bioRxiv (Cold Spring Harbor Laboratory) (2023)
Omar Awile,Pramod Kumbhar, Nicolas Cornu,Salvador Dura-Bernal, James Gonzalo King,Olli Lupton,Ioannis Magkanaris,Robert A McDougal,Adam J H Newton,Fernando Pereira, Alexandru Săvulescu,Nicholas T Carnevale,
Proceedings of the Practice and Experience on Advanced Research Computing (2018)
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