Description:BRAIN FUNCTION LABORATORY | BRAIN FUNCTION LABORATORY BRAIN FUNCTION LABORATORY Menu Skip to content Home Team Publications Abstracts Autism Autism Conflict/Cognition/Memory


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BRAIN FUNCTION LABORATORY | BRAIN FUNCTION LABORATORY BRAIN FUNCTION LABORATORY Menu Skip to content Home Team Publications Abstracts Autism Conflict/Cognition/Memory Consciousness Current Publications Current Publications Emotion Games for Neuroscience Language Methods Neurosurgical Planning Obesity Sensory/Motor/Rehabilitation Vision In the Media Commentary Contact Data Home New Haven Research in the Brain Function Laboratory has made fundamental contributions to understanding the neural processes for cognitive control that enable flexible goal directed behaviors including the resolution of conflict. Examples of applications include the development of brain mapping procedures for neurosurgical planning that localize regions that are specialized for important functions such as language, movement, vision, and hearing in order for surgeons to protect those functions during surgical procedures such as tumor resections. With her students and colleagues, Dr. Hirsch has developed an imaging diagnostic for autism, and discovered neural mechanisms associated with over-eating behaviors, anxiety disorders, and addictions. Visit our lab website at Yale School of Medicine here. Current Events: March 16, 2017 – The Atlantic interviewed Dr. Hirsch recently regarding proposed budget cuts to NIH research. The article and Dr. Hirsch’s comments can be found here. February 23, 2017 from 4:00-5:30 p.m. – Dr. Hirsch will be presenting work from our lab at Gallaudet University. The lecture will be in the Library, (MLB) Room B111. There will be a reception to follow. A live stream of the lecture will be available and archived at Additional info below: THE NEW NEUROSCIENCE OF “TWO”: COMMUNICATING EYE-TO-EYE. Human brains are primarily adapted for social interaction and communication. However, the underlying neural processes associated with social interaction and communication are not well-understood. This knowledge gap reflects both conventional limitations in neuroimaging methods that are restricted to single individuals and not conducive to investigations of naturally occurring human interactions, and also a limited theoretical framework for understanding human interpersonal interactions. Both are addressed by recent developments that include: 1) a novel hyperscanning technology (functional near-infrared spectroscopy, fNIRS) that acquires hemodynamic signals simultaneously between two naturally interacting partners using a spectral absorbance technique that detects changes in hemodynamic signals acquired by surface-mounted optodes, and 2) a recently proposed Interactive Brain Hypothesis that establishes a broad theoretical framework for two-person social neuroscience. This hypothesis is based on the assumptions that two-way communications elicit specific neural processes some of which will synchronize across interacting brains. Here I present evidence for these assumptions based on two social behaviors, eye-to-eye contact and verbal dialogue. Hemodynamic signals associated with eye-to-eye contact between partners (interactive condition) were compared with signals associated with mutual gaze at eyes in a picture of a face (non-interactive condition). Similar signals for picture naming and description in a dialogue (interactive) condition were compared with picture-naming and description in a monologue (non-interactive) condition. Consistent with the Interactive Brain Hypothesis, both eye-to-eye contact effects and dialogue effects were observed in a left frontal and temporal-parietal complex including the canonical language system. Further, cross-brain synchrony observed by wavelet analysis in the interactive conditions was observed for the temporal-parietal complex. These findings are consistent with the Interactive Brain Hypothesis and suggest a model of neural specializations for communication that links eye-to-eye contact and language systems via frontal, central, and temporal-parietal networks. January 31, 2017 – Work from the Brain Function lab in collaboration with Jamie McPartland was featured in Spectrum. The article discusses the benefits of fNIRS for studies of social brain function and suggests there is a new frontier of “interactive social neuroscience” or “second-person neuroscience” developing that will allow for better understanding of the social difficulties associated with autism. The full text of the article is here. November 12-16, 2016 – Members of the Brain Function Lab attended the Society for Neuroscience annual conference in San Diego, California. We presented a series of posters and symposia focusing on social neuroscience and applications of fNIRS. The titles are listed below: November 11, 2016 – Members of the Brain Function Lab attended the Society for Social Neuroscience meeting in San Diego, California. We presented a poster focusing on direct eye-to-eye contact in real-world conditions. Joy Hirsch, J. Adam Noah, Xian Zhang, Swethasri Dravida, Ilias Tachtsidis: Neural correlates of eye-to-eye contact include language and social systems: An fNIRS hyperscanning investigation October 13 – 16, 2016 – Members of the Brain Function Lab recently attended the bi-annual conference of the Society for Nearinfrared Spectroscopy in Paris France. The conference was at the Université Paris Descartes. More information about the conference is at the following link. Three posters and an oral session were presented. Joy Hirsch, J. Adam Noah, Xian Zhang, Swethasri Dravida, Ilias Tachtsidis: Identification of Neural Systems Involved in Interpersonal Eye-to-Eye Contact: An fNIRS Hyperscanning Investigation. J. Adam Noah, Swethasri Dravida, Xian Zhang, and Joy Hirsch: Deoxyhemoglobin changes in right lateralized DLPFC represent conflict processing in a color-word Stroop task. Xian Zhang, J. Adam Noah, Swethasri Dravida, and Joy Hirsch: A comparison of fMRI and fNIRS deoxyhemoglobin signals: A global component removal approach. Swethasri Dravida, J. Adam Noah, Xian Zhang, & Joy Hirsch: Consistency in fNIRS Recordings during Digit-Manipulation Tasks. Another article by George Putic titled “Scientists Explore How Brains Work During Conversations” appeared on Voice of America on June 25, 2015. A link to the article is here here and the video from the article is below: AP Article by Malcolm Ritter (June 22, 2015): “Lasers, magnetism allow glimpses of the human brain at work” Also appeared on the NY Times and the Hartford Courant. Video below (with original link to YouTube here: New Publication (June 15, 2015) – Noah, J. A., et al. (2015). “fMRI Validation of fNIRS Measurements During a Naturalistic Task.” (100): e52116. Video below; pdf available here. Full link to article here. New Publication (May 27, 2015... Similar Website

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