The Harvard Intergroup Neuroscience Lab uses social psychological and
cognitive neuroscience approaches to study how group membership and prejudice change the course of social cognition.
Not exact matches
Recent research in
cognitive and developmental
neuroscience is providing a new
approach to the understanding of dyscalculia that emphasizes a core deficit in understanding sets and their numerosities, which is fundamental to all aspects of elementary school mathematics.
According to Dr. Cameron Carter, Editor of Biological Psychiatry:
Cognitive Neuroscience and Neuroimaging, the study is an important example of how more sophisticated
approaches to analyzing brain imaging data examining transitions between mental states over time can measure altered brain dynamics that can identify subtle risk states or even track the transition from subclinical to clinical psychopathology.
The main theoretical
approaches are computational
neuroscience and the more traditional, descriptive
cognitive psychology theories such as psychometrics.
HFSP supports fields from «molecular and cellular
approaches to biological functions to systems and
cognitive neuroscience.»
The HFSP supports novel, innovative and interdisciplinary basic research focused on the complex mechanisms of living organisms; topics range from molecular and cellular
approaches to systems and
cognitive neuroscience and the interactions between organisms.
We take a multidisciplinary
approach to research that integrates theory and methods from
cognitive neuroscience, machine learning, social network analysis, and social psychology.
More: A multidisciplinary
approach: The Vanderbilt Brain Institute Psychopharmacology: Molecules of the mind fMRI: Watching the brain in action
Cognitive neuroscience: A critical bridge Animal brains: Models of the human condition The brain on trial: The MacArthur Foundation Research Network on Law and
neuroscience: A critical bridge Animal brains: Models of the human condition The brain on trial: The MacArthur Foundation Research Network on Law and
NeuroscienceNeuroscience
More: A multidisciplinary
approach: The Vanderbilt Brain Institute Psychopharmacology: Molecules of the mind fMRI: Watching the brain in action
Cognitive neuroscience: A critical bridge Studying intellectual disabilities: Vanderbilt's legacy of brain science The brain on trial: The MacArthur Foundation Research Network on Law and
neuroscience: A critical bridge Studying intellectual disabilities: Vanderbilt's legacy of brain science The brain on trial: The MacArthur Foundation Research Network on Law and
NeuroscienceNeuroscience
More: A multidisciplinary
approach: The Vanderbilt Brain Institute Psychopharmacology: Molecules of the mind fMRI: Watching the brain in action
Cognitive neuroscience: A critical bridge Studying intellectual disabilities: Vanderbilt's legacy of brain science Animal brains: Models of the human condition
More: A multidisciplinary
approach: The Vanderbilt Brain Institute Psychopharmacology: Molecules of the mind
Cognitive neuroscience: A critical bridge Studying intellectual disabilities: Vanderbilt's legacy of brain science Animal brains: Models of the human condition The brain on trial: The MacArthur Foundation Research Network on Law and
neuroscience: A critical bridge Studying intellectual disabilities: Vanderbilt's legacy of brain science Animal brains: Models of the human condition The brain on trial: The MacArthur Foundation Research Network on Law and
NeuroscienceNeuroscience
More: A multidisciplinary
approach: The Vanderbilt Brain Institute Psychopharmacology: Molecules of the mind fMRI: Watching the brain in action
Cognitive neuroscience: A critical bridge Studying intellectual disabilities: Vanderbilt's legacy of brain science Animal brains: Models of the human condition The brain on trial: The MacArthur Foundation Research Network on Law and
neuroscience: A critical bridge Studying intellectual disabilities: Vanderbilt's legacy of brain science Animal brains: Models of the human condition The brain on trial: The MacArthur Foundation Research Network on Law and
NeuroscienceNeuroscience
More: A multidisciplinary
approach: The Vanderbilt Brain Institute fMRI: Watching the brain in action
Cognitive neuroscience: A critical bridge Studying intellectual disabilities: Vanderbilt's legacy of brain science Animal brains: Models of the human condition The brain on trial: The MacArthur Foundation Research Network on Law and
neuroscience: A critical bridge Studying intellectual disabilities: Vanderbilt's legacy of brain science Animal brains: Models of the human condition The brain on trial: The MacArthur Foundation Research Network on Law and
NeuroscienceNeuroscience
«Using Williams syndrome as the basis for a new
approach to social
neuroscience is exciting and promising, in part because its genetic basis is clearly understood, and it is associated with a very specific pattern of
cognitive strengths and weaknesses and some puzzling paradoxes.»
The theme of this year's meeting is «Expanding horizons in Neurosciences: New
approaches to Brain Activation», which will provide an international platform for discussion and sharing of novel ideas for present and future expansions in various fields of neurology such as Neuroimmunology, Neurological disorders, Neuro Oncology, Neuroimaging,
Cognitive neuroscience and expertise meeting.
Much of this research occurs within the CSHL Stanley Institute for
Cognitive Genomics, where approaches from genomics and neuroscience are integrated to improve the diagnosis and treatment of cognitive d
Cognitive Genomics, where
approaches from genomics and
neuroscience are integrated to improve the diagnosis and treatment of
cognitive d
cognitive disorders.
The growing field of educational
neuroscience, converging developmental psychology,
cognitive science, and education, can help teachers and school leaders rethink how they
approach assessments.
Drawing on interpersonal neurobiology, affective
neuroscience, learning theory, the works of Pierre Janet, psychodynamic theory, and
cognitive behavioral
approaches, this book is for those who wish to have an in - depth understanding of dissociation and its treatment across a wide range of trauma - related disorders.
My
approach combines the perspective of long - term psychodynamic psychotherapy with more practical
cognitive - behavioral methods, as well as using the latest research from
neuroscience about how our minds develop and change.»
Altogether, bridging developmental science and
cognitive neuroscience helps
approach a more complete understanding of social cognition.