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Opening address
Martijn SchreuderDone
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Introduction
Sebastian CarstensDone
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Measuring the Effects of Amazonian Ayahuasca Retreats with EEG: The Challenges and Rewards of Naturalistic Neuroscience
Caspar MontgomeryDone
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EEG microstates as a tool to capture brain network dynamics
Prof. Dr. Christoph M. MichelDone
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Optically pumped magnetometers for neuroscience - disruptive or evolutionary?
Dr. Tilmann Sander-ThömmesDone
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Sponge EEG is equivalent regarding signal quality, but faster than routine EEG
Dr. med. Justus MarquetandDone
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Frontiers in Non-invasive Brain Stimulation: Clinical Applications and Future Directions
Surjo SoekadarDone
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EEG based triage of stroke patients in the ambulance
Dr. Wouter PottersDone
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Combining Mobile Brain/Body Imaging with Virtual Reality – new prospects for ecological investigations of human brain function
Prof. Dr. Klaus GramannDone
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Modelling the electrophysiology of hierarchical speech and language processing
Associate Prof. Edmund LalorDone
Francisco Parada studied Psychology and Neuroscience in Chile and moved to the USA to obtain his Ph.D. in Cognitive Psychology and Neural Sciences at the Department of Psychological & Brain Sciences, Indiana University-Bloomington, IN. During this period he focused his research on neural signal processing, brain networks, and embodiment within the context of social cognition. After his Ph.D., he continued his career as a postdoctoral fellow at the Department of Psychiatry at Harvard Medical School in Boston, MA. In 2016, returned to Chile as a professor of Psychology at Universidad Diego Portales and established the Center for Human Neuroscience & Neuropsychology (CENHN), a multi-PI neuroscience of cognition research center and day clinic for brain lesion survivors dedicated to the development of the transdisciplinary 4E cognition research program.
The emergence of high-density mobile brain/body imaging (MoBI) has ushered in a new era of possibilities for human neuroscience. This cutting-edge techno-methodological approach allows for the simultaneous recording of both brain and body physiology along with behavior and environmental variables. However, a significant challenge remains: the prevailing literature tends to analyze brain metrics, such as ERP, and visceral measures like HRV, as separate entities. This segmented approach limits our understanding of how these intertwined signals should be analyzed and interpreted.
Moreover, when we delve into the realm of social interactions, the intricacies multiply. Cognition isn’t a solitary phenomenon; it’s deeply rooted in and influenced by our interactions with others. This brings hyperscanning into the spotlight. As a method that captures brain activity from multiple individuals simultaneously, hyperscanning offers a window into the brain and body correlates of social interactions. Yet, while its potential is vast, it also introduces a new layer of complexity to data analysis and interpretation.
In this presentation, I aim to shed some light on these challenges and the strides we’re making to overcome them. Drawing from the pioneering work of our research group, I will show some of the scalable experimental setups we have implemented in Santiago de Chile. Furthermore, I will present our early efforts to synthesize this wealth of information; a lower-dimensional summary statistic, an attempt to distill complex datasets into more digestible, yet comprehensive insights.