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Golnaz Haddadshargh
Mandy Hampton Wray
Research Description
Development of brain systems that support language, including semantics, syntax, phonology, and attention, in children with typical development and with communication disorders
Jamie Hanson
Jane Hartung
Research Description
Understanding the contributions of adrenergic receptor activation and the immune system in the sensitization of dural peripheral afferents, those sensory neurons thought to contribute to the pain associated with migraine.
Brant P. Hasler
Research Description
Sleep and circadian modulation of affect and motivation
Bin He
Research Description
Electrophysiological source imaging, brain-computer interface, neuromodulation, inverse problem, functional neuroimaging, tissue electrical property imaging
Jing He
Research Description
Neural mechanism of rewarding and computation.
Laurie M. Heller
Research Description
Auditory & multimodal perception and cognition
Maggie Henderson
Research Description
Researching how low-level image statistics contribute to the functional organization of the human visual system, using neuroimaging and computational modeling.
James Hengenius
Research Description
Agent-based and neural modeling of oflactory navigation.
Britny Hildebrandt
Research Description
Investigation of the biological underpinnings of eating disorders and binge eating using human and animal models.
Shirley Hill
Research Description
Neurobiological and genetic predictors of alcohol dependence are studied in a longitudinal high risk offspring design across childhood, adolescence and young adulthood using multimodal imaging and genetic variation within families who are at ultra high risk for AD contrasting them with offspring from control families.
Taylor Hobbs
Alexander Hodge
Alana Hodson
Kate Hong
Research Description
Neural circuit mechanisms underlying sensory-guided behavior
Tao Hong
Bryan (Mac) Hooks
Research Description
My research seeks to (a) identify the specific connections of defined cell types in motor cortex, (b) explain how these specific connections drive neuronal firing, and (c) characterize the connections that change strength during learning.
John P. Horn
Alex Hsu
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