Hyperscanning - EEG recordings from multiple subjects with cognitive load

In this talk, which took place on day 3 of Spring School 2024, Francisco Fernandes shows you how to perform Hyperscanning.
Hyperscanning brain-computer interface (BCI) experiments are captivating due to their ability to simultaneously record brain activity from multiple individuals engaged in real-time interactions. This approach offers insights into the neural mechanisms behind social behavior, such as empathy and communication dynamics. By studying synchronized brain activity across multiple brains, researchers can unravel complex networks underlying social cognition. Hyperscanning has diverse applications in neuroscience, psychology, and human-computer interaction, with the potential for future developments in brain-to-brain communication technologies. Overall, these experiments provide a unique perspective on social interactions and brain dynamics, fostering new discoveries in various fields.
The Spring School offers an exclusive focus on cutting-edge neurotechnology. Immerse yourself in 140 hours of dynamic education spread across 10 enriching days, featuring insights from 85 distinguished speakers hailing from 86 esteemed institutions. Engage in 44 innovative Hackathon projects facilitated by 15 passionate hosts, all united in their mission to pioneer advancements in neurotechnology.
Learn more about g.tec's BCI system: www.gtec.at/product/brain-com...
Program of the Spring School 2024: www.gtec.at/spring-school-2024/