The integration of brain-computer interfaces (BCIs) into interactive media has transitioned neurogaming from a niche entertainment sector into a viable domain for cognitive therapeutics and neurorehabilitation. This field relies heavily on neuroplasticity, the brain’s ability to reorganize synaptic connections in…
This article demonstrates how Mentalab Explore EEG devices can be integrated with VR headsets to create real-time, brain-driven virtual environments. By processing EEG data in Python, extracting Alpha band power, and streaming it to Unity via Lab Streaming Layer, mental states directly influence immersive VR feedback. The prototype shows how EEG-based biofeedback in virtual reality can move beyond flat screens and support more natural, interactive research and training applications.
From predicting frustration to adaptive interfaces, EEG is redefining UX research. Here’s why it matters now.
From predicting frustration to adaptive interfaces, EEG is redefining UX research. Here’s why it matters now.
Explore how ExG biosignals (EEG, ECG, EMG) are transforming automotive R&D for enhanced safety, intuitive HMIs, and personalized driving. Discover how these physiological insights from drivers lead to adaptive vehicle systems and improved well-being.
Mentalab Hypersync enables high-precision wireless synchronization for hyperscanning, multimodal research, and wireless event marking
What made a 1952 paper so groundbreaking that it won a Nobel Prize? We dive into Hodgkin and Huxley’s iconic model of nerve conduction and its lasting impact on neuroscience.
In the competitive world of neuroscience, publication and citation counts are everything. We dive into a study that uncovers the most influential research and topics, offering insights into what truly gets noticed in the field.
Understanding volume conduction is essential for accurately interpreting EEG data, as electrical signals don't travel in a straight line from their brain source to the electrodes on your scalp. This phenomenon causes signals to spread and interact, potentially leading to misinterpretations of neural activity. Learn how to mitigate these complex effects and gain more precise insights into brain function.
Students at the University of Michigan's Myelin group have made significant strides in detecting human emotion from neurological signals using EEG and machine learning. By leveraging a custom-built video game and Mentalab's mobile EEG headset, they achieved an impressive 94.7% accuracy in anger detection through the innovative application of fuzzy logic for data classification.