Neural and Behavioral
Sciences
Research Areas
Behavioral Neuroscience
Paul
Grobstein, Bryn Mawr Biology; Integrative neurobiology, computational
and theoretical neuroscience; application of neurobiological ideas
to educational and philosophical problems.
Wendy
Sternberg, Haverford Psychology; Pain and its inhibition in laboratory
animals and humans; long-term consequences of pain exposure during
early life; effects of exercise and athletic competition on pain sensation.
Earl
Thomas, Bryn Mawr Psychology; Neurobiology and psychopharmacology
of anxiety; experimental psychopathology, animal models of human depression;
neurobiology of learning and memory.
Developmental Neurobiology
Karen
Greif, Bryn Mawr Biology; Cellular neuroscience; regulation of
expression and transport of synaptic proteins during development.
Margaret
Hollyday, Bryn Mawr Biology. Study of cell proliferation and pattern
formation in the embryonic vertebrate neural tube using surgical and
cell labeling techniques.
Andrea
Morris, Haverford Biology. Vertebrate visual system development
and axon guidance.
Neuroethology/Neurophysiology
Peter
Brodfuehrer, Bryn Mawr Biology. Study of the neuronal control
of rhythmic behaviors in the medicinal leech.
Cognitive
Neuroscience
Rebecca
Compton, Haverford Psychology: Neural basis of attention and emotion;
left-right asymmetries and communication between the two sides of
the brain.
Anjali
Thapar, Bryn Mawr Psychology; Human memory and frontal lobe functioning;
effects of aging on cognitive functioning.
Cognitive and Emotional
Development
Kim
Cassidy, Bryn Mawr Psychology; Development of children's theories
about the minds of others; the link between theory of mind, social
information processing and aggressive behavior in young children.
Leslie
Altman Rescorla, Bryn Mawr Psychology: Study of language delay;
individual differences in academic achievement; study of behavioral/emotional
disorders in children and adolescents.
Computational Neuroscience
Douglas Blank,
Bryn Mawr Computer Science; Development of low-level neural models
from which high-level cognitive behavior emerges; developmental robotics
and analogy-making, connectionist models.
Deepak
Kumar, Bryn Mawr Computer Science; Artificial intelligence, BDI
architectures, robotics, cognitive science, computational linguistics,
evolutionary computation.