Toward materializing the recently identified potential of cognitive neuroscience for IS research (Dimoka, Pavlou and Davis 2007), this paper demonstrates how functional neuroimaging tools can enhance our understanding of IS theories. Specifically, this study aims to uncover the neural mechanisms that underlie technology adoption by identifying the brain areas activated when users interact with websites that differ on their level of usefulness and ease of use. Besides localizing the neural correlates of the TAM constructs, this study helps understand their nature and dimensionality, as well as uncover hidden processes associated with intentions to use a system. The study also identifies certain technological antecedents of the TAM constructs...
This research aims to explore the interactions between the human brain and digital platforms, focusi...
Throughout your lifetime, the computer has been the dominant metaphor for the mind, prompting many c...
International audienceWe provide a brief overview of our recent research into decoding cognitive sta...
Toward materializing the recently identified potential of cognitive neuroscience for IS research (Di...
Toward materializing the recently identified potential of cognitive neuroscience for IS research (Di...
This tutorial discusses the potential of using functional brain imaging tools and methods to inform ...
Recent evolution in the Information Systems (IS) community has involved neuroscience tools and metho...
Due to the increased availability of both neuroscience methods and theories, Information Systems (IS...
This paper reviews cognitive neuroscience and several neurophysiological tools (e.g., fMRI, PET, EEG...
This article discusses the role of commonly used neurophysiological tools such as psychophysiologica...
This panel discusses the opportunities and challenges of applying cognitive neuroscience theories, m...
Information Systems (IS) research is a scientific field that focuses on the development, use, and im...
The integration of both neuroscience and psycho-physiological methods into Information Systems (IS) ...
This article discusses the role of commonly used neurophysiological tools such as psychophysiologica...
NeuroIS is a growing field that builds on neuroscience to improve the understanding of human interac...
This research aims to explore the interactions between the human brain and digital platforms, focusi...
Throughout your lifetime, the computer has been the dominant metaphor for the mind, prompting many c...
International audienceWe provide a brief overview of our recent research into decoding cognitive sta...
Toward materializing the recently identified potential of cognitive neuroscience for IS research (Di...
Toward materializing the recently identified potential of cognitive neuroscience for IS research (Di...
This tutorial discusses the potential of using functional brain imaging tools and methods to inform ...
Recent evolution in the Information Systems (IS) community has involved neuroscience tools and metho...
Due to the increased availability of both neuroscience methods and theories, Information Systems (IS...
This paper reviews cognitive neuroscience and several neurophysiological tools (e.g., fMRI, PET, EEG...
This article discusses the role of commonly used neurophysiological tools such as psychophysiologica...
This panel discusses the opportunities and challenges of applying cognitive neuroscience theories, m...
Information Systems (IS) research is a scientific field that focuses on the development, use, and im...
The integration of both neuroscience and psycho-physiological methods into Information Systems (IS) ...
This article discusses the role of commonly used neurophysiological tools such as psychophysiologica...
NeuroIS is a growing field that builds on neuroscience to improve the understanding of human interac...
This research aims to explore the interactions between the human brain and digital platforms, focusi...
Throughout your lifetime, the computer has been the dominant metaphor for the mind, prompting many c...
International audienceWe provide a brief overview of our recent research into decoding cognitive sta...