Free Your EEG: Wireless and Wearable Systems for the Lab and Beyond
The evolution of wearable technology for recording physiological signals represents a transformative leap for research, particularly when it comes to electroencephalography (EEG). These advancements allow researchers to capture brain activity data in real-world settings, moving beyond the confines of laboratory-based experiments. Mobile and wearable EEG devices utilize wireless technology to transmit data, offering significant advantages over traditional methods.
Back to School: Studying the New Frontiers in Digital Learning
As students return to the classroom and the academic year kicks off, it’s worth acknowledging that the campus is not just a setting for learning. The classroom and the academic processes within it are ripe for study. The application of physiological and psychological...
Going for Gold: Physiology Research Powers Olympic Athletes
As the world’s top athletes gather for the 2024 Olympic Games in Paris, they hope that years of rigorous preparation and training to ensure peak performance will pay off with a trip to the winner’s podium. Physiology research plays a critical role in these...
Speak Up: Physiological Signals for Speech Research
In the symphony of human communication, speech is the principal instrument. Behind every uttered word lies a complex interplay of physiological and psychological signals, each telling a unique story about the speaker’s state of mind and physical well-being. The...
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