Abstract: A system and method for mind training that can help an individual to unlock his peak mental state. The system includes an EEG headgear configured to be worn over the head of a person. The EEG headgear can include a set of electrodes that can measure the electrical activity of the brain. A control unit can be operably coupled to the EEG headgear, such as to receive the electrical activity data from the EEG headgear. The control unit can include a machine learning model that can determine the mental state of an individual from the received electrical activity data. The system can also receive a desired mental state from the individual, wherein the machine learning model can determine the difference between the desired mental state and the current mental state and guide the individual to achieve the desired mental state.

Abstract: Presented here is a system and method for monitoring, analyzing, and inducing peak mental states. Brainwave sensors are placed on the scalp of the user to measure the user's mental state. A machine learning model can interpret the measured brainwave signals into a mental state of the user, such as relaxed, focused, stressed, happy, sad, etc. the system can obtain a desired mental state of the user, such as relaxed, etc. The system can measure the difference between the desired mental state and the measured mental state of the user and provide audio and visual feedback to the user indicating how far the user is from the desired mental state. Further, the system can provide audio and visual feedback to help or challenge the user in reaching the desired mental state. The visual and audio feedback can be provided using a virtual reality and/or an augmented reality product.

Abstract: Presented here is a system and method for monitoring, analyzing, and inducing peak mental states. Brainwave sensors are placed on the scalp of the user to measure the user's mental state. A machine learning model can interpret the measured brainwave signals into a mental state of the user, such as relaxed, focused, stressed, happy, sad, etc. the system can obtain a desired mental state of the user, such as relaxed, etc. The system can measure the difference between the desired mental state and the measured mental state of the user and provide audio and visual feedback to the user indicating how far the user is from the desired mental state. Further, the system can provide audio and visual feedback to help or challenge the user in reaching the desired mental state. The visual and audio feedback can be provided using a virtual reality and/or an augmented reality product.