Systems and methods for collecting, decoding, and modulating the human mind

A wearable headset system, comprising:

• a display configured to provide visual stimuli to a user;
• a speaker configured to provide audio stimuli to the user;
• a strap subsystem configured to secure the wearable headset system onto the user's head and position multiple physiological sensors at multiple locations on the user's scalp, wherein the strap subsystem includes:
• a midline rail configured to run along a top of the user's scalp, from front to back, wherein a first set of physiological sensors are positioned on the midline rail, the first set of physiological sensors configured to collect a first set of biometric signals from the user's scalp;
• and
• an occipital section configured to engage back of the user's scalp, wherein a second set of physiological sensors are positioned on the occipital section, the second set of physiological sensors configured to collect a second set of biometric signals from the user's scalp;
• and
• a facepad subsystem configured to engage the user's face, wherein a third set of physiological sensors are positioned on the facepad subsystem, the third set of physiological sensors configured to collect a third set of biometric signals from the user's face, further wherein the facepad subsystem includes a front pad, the front pad including one or more cutouts for the third set of physiological sensors to pass through the front pad and contact the user's face;
• wherein:
• multiple types of biometric signals are collected from the user's head via the first set of physiological sensors, the second set of physiological sensors, and the third set of physiological sensors;
• the user's physiological reactions to the visual stimuli provided via the display and/or the audio stimuli provided via the speaker are determined based on the multiple types of biometric signals collected from the user's head;
• and
• the wearable headset system provides a neurofeedback loop for measuring, analyzing, and altering the user's physical and/or emotional states or conditions.