Dr. Kaiser is an Associate Research Scientist in the Yale Child Study Center. She earned her doctoral degree in Experimental Psychology at Rutgers University and completed her postdoctoral training in the Child Neuroscience Laboratory at the Yale Child Study Center. Her past work has examined individual differences in the visual perception of biological motion and faces in a variety of populations including children and adults with and without autism as well as individuals with acquired prosopagnosia. In addition, Dr. Kaiser helped to develop and implement a research informed intervention for young children with autism. Her current research is focused on understanding typical and atypical development of brain mechanisms for multimodal social perception and social cognition. Dr. Kaiser is examining these issues using fMRI, fNIRS, eye-tracking and behavioral methods.
Martha Kaiser
Associate Research Scientist
Yale University
Explore more from The Transmitter
Exclusive: Recruitment issues jeopardize ambitious plan for human brain atlas
A lack of six new brain donors may stop the project from meeting its goal to pair molecular and cellular data with the functional organization of the cortex.

Exclusive: Recruitment issues jeopardize ambitious plan for human brain atlas
A lack of six new brain donors may stop the project from meeting its goal to pair molecular and cellular data with the functional organization of the cortex.
How pragmatism and passion drive Fred Volkmar—even after retirement
Whether looking back at his career highlights or forward to his latest projects, the psychiatrist is committed to supporting autistic people at every age.

How pragmatism and passion drive Fred Volkmar—even after retirement
Whether looking back at his career highlights or forward to his latest projects, the psychiatrist is committed to supporting autistic people at every age.
The brain’s quiet conductor: How hidden cells fine-tune arousal
New research published today suggests that the pericoeruleus acts as a kind of micromanager of arousal, selectively inhibiting different subgroups of locus coeruleus neurons depending on the behavioral context.
The brain’s quiet conductor: How hidden cells fine-tune arousal
New research published today suggests that the pericoeruleus acts as a kind of micromanager of arousal, selectively inhibiting different subgroups of locus coeruleus neurons depending on the behavioral context.