CNL People
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Principal Investigators
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Computational Neuroscience, from top to bottom
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Information theory of behavior, from senses and the natural environment to decision-making
Senior Fellow
Affiliates
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Mechanisms and functions of brain rhythms, from sleep to wakefulness
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neuroscience and society; science of educating; communication of science
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Motor systems: Search behavior and physiology in humans and animals
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Research Collaborators
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Development and integration of novel neurophysiology collection and analysis techniques in humans and animals, with special emphasis on sleep research and non-invasive methods
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Transmission and processing of information between neurons and within spatio-temporal networks of neurons that are biologically relevant to the cortex and other areas of the brain
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Neural coding issues, including the role of synchrony on the reliability and precision of neural spiking
Staff Scientist
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Developmental dysregulation of fast-spiking interneuron function in psychiatric disorders
Staff Researchers
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Synaptic mechanisms and Brain disorders: MCell models of synapses and Neuron models of intrinsic properties and demyelination diseases
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Chaos and global modeling from a single variable time series
Postdoctoral Fellows
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Olfaction: Network mechanisms of information processing in the olfactory system
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Memory systems: Learning and the basal ganglia (electrophysiology and modeling collaboration with Ann Graybiel)
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Synaptic mechanisms: Modeling the molecular machinery involved in synaptic plasticity
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Spatial network models of the anatomical and dynamical foundations of epilepsy, Williams Syndrome, autonomous activity and social cognition
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Pathogenesis of dystonia: from striatal synaptic plasticity to abnormal sensorimotor learning
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statistical mechanics, computer vision, neural coding, deep belief networks
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Memory systems: Models of neural circuits in the hippocampus and rate remapping
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Brain disorders: glial basis of post-traumatic epileptogenesis, computational modeling of schizophrenia
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Inhibitory circuits and neural code: In vivo experimentation and model simulation of inhibitory neural circuits to explore their role in shaping the neural code
Visiting Scientist
Graduate Students
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Sleep and paroxysmal oscillations: neuronal correlates of spindles and slow-wave oscillations -- multi-scale modeling and EEG/fMRI
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Motor systems: optimal control theory approach to modeling the motor system
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Neurophilosophy--I recast philosophical problems as experimental ones, and do the experiments. Consequently, I study vision, time perception, and volition
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Intracellular transport: MCell models and microscopy of transport in complicated geometries
Lab Administrator
Technical Staff
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BOFH
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Interns
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Synaptic mechanisms: MCell models of calcium signaling within synapses. Pre- and post-synaptic signaling mechanisms
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Neuron modeling, information theory, random process
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