Advances in the neurosciences have revealed the staggering complexity of even "simple" nervous systems. This is reflected in their function, their evolutionary history, their structure, and the coding schemes they use to represent information. These four viewpoints need all play a role in any future science of "brain complexity.
The vertebrate nervous system is an astoundingly complex wiring network. Despite its complexity, the...
The brain is a complex system that, in the normal condition, has emergent properties like those asso...
The increasing sophistication of the tools and results of cellular and molecular neuroscience would ...
Advances in the neurosciences have revealed the staggering complexity of even “simple” nervous syste...
The span of complexity in brains, between the simplest flatworms and the most advanced mammals is ex...
Neuro-cognitive science represents the modern approach to integrate the sub-disciplines aimed at a s...
At present, the brain is viewed primarily as a biological computer. But, crucially, the plas-ticity ...
The term complexity means several things to biologists. When qualifying morphological phenotype, on ...
<p>Nervous systems are standardly interpreted as information processing input-output devices. They r...
Neuroscience is enjoying a renaissance of discovery due in large part to the implementation of next-...
Complexity science is the study of systems that give rise to a priori unexpected macroscopic pattern...
Nervous systems are standardly interpreted as information processing input-output devices. They rece...
If neurones are the answer, then what was the question? Nervous systems are remarkably conserved thr...
Ongoing “spontaneous” electrical field potentials of assemblies of neurons in the brains of diverse ...
ABSTRACT The nervous systems of animals as diverse as flies and mice share many conserved features, ...
The vertebrate nervous system is an astoundingly complex wiring network. Despite its complexity, the...
The brain is a complex system that, in the normal condition, has emergent properties like those asso...
The increasing sophistication of the tools and results of cellular and molecular neuroscience would ...
Advances in the neurosciences have revealed the staggering complexity of even “simple” nervous syste...
The span of complexity in brains, between the simplest flatworms and the most advanced mammals is ex...
Neuro-cognitive science represents the modern approach to integrate the sub-disciplines aimed at a s...
At present, the brain is viewed primarily as a biological computer. But, crucially, the plas-ticity ...
The term complexity means several things to biologists. When qualifying morphological phenotype, on ...
<p>Nervous systems are standardly interpreted as information processing input-output devices. They r...
Neuroscience is enjoying a renaissance of discovery due in large part to the implementation of next-...
Complexity science is the study of systems that give rise to a priori unexpected macroscopic pattern...
Nervous systems are standardly interpreted as information processing input-output devices. They rece...
If neurones are the answer, then what was the question? Nervous systems are remarkably conserved thr...
Ongoing “spontaneous” electrical field potentials of assemblies of neurons in the brains of diverse ...
ABSTRACT The nervous systems of animals as diverse as flies and mice share many conserved features, ...
The vertebrate nervous system is an astoundingly complex wiring network. Despite its complexity, the...
The brain is a complex system that, in the normal condition, has emergent properties like those asso...
The increasing sophistication of the tools and results of cellular and molecular neuroscience would ...
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