An inventor from Albuquerque, New Mexico, has developed a new brain-computer interface called the VIBE (Vibration-Inferred Brain Encoder). The device aims to enable direct communication between the human brain and external devices without requiring surgical implants. According to the inventor, "I wanted to create a wireless, non-invasive brain-computer interface to facilitate direct communication between the human brain and external devices without the need for surgical implants."
The VIBE offers a non-invasive method for acquiring neural data using EEG and MEG technologies. It is designed to provide high temporal resolution suitable for real-time control or defense tasks. Additional features of the invention include ultrasonic signal integration, machine learning-driven signal decoding, and real-time control and feedback.
The device's design is secure and non-invasive, making it applicable in various fields such as medical therapy, communication, security, and industry. The VIBE is currently available for licensing or sale to manufacturers or marketers interested in its applications.
For more information about the VIBE, potential buyers can visit vibration-inferredbrainencoder.com or contact Christopher Baca at 505-417-3789 or via email at info@vibration-inferredbrainencoder.com.
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