Abstract: Systems and methods for providing a computer-generated visualization of EEG data are disclosed. Raw EEG data generated from a multi-channel EEG headset (or other device) may be received. The EEG data may be run through a fast Fourier transform (FFT) to separate out various frequency components in each channel, isolating the brain wave components for each channel. A visual display may be generated based on the isolated components comprising a first display portion and a second display portion. The first display portion may comprise a geometrical mesh with predefined parameters representing the portions of a crystal. The second display portion may comprise a time-varying color visualization based on the variance of the brain waves. A composite computer display in which the first display portion is overlaid over the second display portion may be generated and provided via a display device.

Abstract: A headset and methods for using the headset to collect EEG data, PPG data and IMU data are disclosed. Raw EEG data generated from the headset (or other device) may be received. The EEG data may be run through spectral analysis to isolate various spectral components in each channel, isolating the brain wave components for each channel. Similar data for heart rate, respiratory rate and heart rate variability can be extrapolated from PPG data as well as the positional movements in space along with acceleration and angular velocity may be determined from IMU data. A visual display may be generated based on the isolated components.

Abstract: Systems and methods for providing a computer-generated visualization of EEG data are disclosed. Raw EEG data generated from a multi-channel EEG headset (or other device) may be received. The EEG data may be run through a fast Fourier transform (FFT) to separate out various frequency components in each channel, isolating the brain wave components for each channel. A visual display may be generated based on the isolated components comprising a first display portion and a second display portion. The first display portion may comprise a geometrical mesh with predefined parameters representing the portions of a crystal. The second display portion may comprise a time-varying color visualization based on the variance of the brain waves. A composite computer display in which the first display portion is overlaid over the second display portion may be generated and provided via a display device.

Abstract: Systems and methods for brain state capture and referencing are provided. In some embodiments, the method comprises receiving first raw electroencephalograph (EEG) data of a user from at least one EEG sensor; processing the first raw EEG data of the user; generating a current brain state based on the processed first raw EEG data; receiving a selection of a target brain state, wherein the target brain state was previously generated by processing second raw EEG data; responsive to receiving the selection, generating a comparison of the current brain state and the target brain state; and presenting an output to the user based on the comparison, wherein the output comprises at least one of: a visual output; an aural output; and a tactile output.

Abstract: Systems and methods for customizing an educational interactive multimedia presentation based on biometric sensor readings of a user. The interactive multimedia presentation may include one or more educational lessons that are presented to the user. A particular educational lesson may include content related to one or more skillsets the user is learning. By adapting the interactive multimedia presentation based on the user's biometric sensor readings, a customized learning experience may be created for the user.

Abstract: Systems and methods for customizing an educational interactive multimedia presentation based on biometric sensor readings of a user. The interactive multimedia presentation may include one or more educational lessons that are presented to the user. A particular educational lesson may include content related to one or more skillsets the user is learning. By adapting the interactive multimedia presentation based on the user's biometric sensor readings, a customized learning experience may be created for the user.

Abstract: Systems and methods for customizing an educational interactive multimedia presentation based on biometric sensor readings of a user. The interactive multimedia presentation may include one or more educational lessons that are presented to the user. A particular educational lesson may include content related to one or more skillsets the user is learning. By adapting the interactive multimedia presentation based on the user's biometric sensor readings, a customized learning experience may be created for the user.

Abstract: Systems and methods for customizing an educational interactive multimedia presentation based on biometric sensor readings of a user. The interactive multimedia presentation may include one or more educational lessons that are presented to the user. A particular educational lesson may include content related to one or more skillsets the user is learning. By adapting the interactive multimedia presentation based on the user's biometric sensor readings, a customized learning experience may be created for the user.

Abstract: Systems and methods for customizing an educational interactive multimedia presentation based on biometric sensor readings of a user. The interactive multimedia presentation may include one or more educational lessons that are presented to the user. A particular educational lesson may include content related to one or more skillsets the user is learning. By adapting the interactive multimedia presentation based on the user's biometric sensor readings, a customized learning experience may be created for the user.

Abstract: Systems and methods for customizing an educational interactive multimedia presentation based on biometric sensor readings of a user. The interactive multimedia presentation may include one or more educational lessons that are presented to the user. A particular educational lesson may include content related to one or more skillsets the user is learning. By adapting the interactive multimedia presentation based on the user's biometric sensor readings, a customized learning experience may be created for the user.

Abstract: Systems and methods for customizing an educational interactive multimedia presentation based on biometric sensor readings of a user. The interactive multimedia presentation may include one or more educational lessons that are presented to the user. A particular educational lesson may include content related to one or more skillsets the user is learning. By adapting the interactive multimedia presentation based on the user's biometric sensor readings, a customized learning experience may be created for the user.

Abstract: Apparatus, systems, and methods are provided for performing assessments while doing surgery using evoked potential somatosensory and/or magnetic field induction to determine the proximity and/or location of nerves relative to surgical instruments when accessing a surgical target site.

Abstract: Systems and methods for customizing an educational interactive multimedia presentation based on biometric sensor readings of a user. The interactive multimedia presentation may include one or more educational lessons that are presented to the user. A particular educational lesson may include content related to one or more skillsets the user is learning. By adapting the interactive multimedia presentation based on the user's biometric sensor readings, a customized learning experience may be created for the user.