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.
Mind and Machine: Exploring Brain-Computer Interfaces
In neuroscience, the frontier of brain-computer interfaces (BCI) holds the promise of bridging the gap between the human brain and external devices, offering revolutionary applications in fields ranging from robotics and prosthetics to communication and beyond. In the...
VR Integration: Enhancing Research with Virtual Environments
Measuring the human body and brain’s response to real-world conditions and stimuli has long challenged researchers. This problem has usually been dealt with in one of two ways. The first approach is to take research participants into the field—not impossible with...
4T|Phys 2023: BIOPAC Shares Tools, Trends, Techniques & Technology at UCSB
They hailed from across the globe, from Arkansas to Zanzibar and all points between. Students, teachers, researchers, and innovators gathered on the campus of UC Santa Barbara, overlooking the Pacific Ocean. They came to learn, share, and explore breakthroughs and...
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