Brainwave Morphing
Concept
Brainwave morphing refers to a process whereby the mind is trained to influence the brain for increased brainpower. Brainwaves are analyzed via a brainwave interface, and techniques are introduced to focus the mind to lower brainwave frequencies and stimulate the coherence of brainwave activity between the right and left hemispheres of the brain.
As the power of the mind's focused attention increses, greater awareness of the body's overall condition is achieved, and the brainwave activity becomes more conducive to wellness. The body relaxes, and stess is reduced.
The Morphing Process
Brainwave morphing increases brainpower by developing the ability to mindfully brainwave switch from one brainwave state to another, thus allowing the user to lower frequency ranges in order to eliminate noise and stress in the neural signaling. Using a brainwave interface, applications can be designed to lower frequencies and amplitudes of neural signaling and increase brainwave cohterence. These outcomes increase the capability for self-healing, nonverbal communication and remote viewing, which have barely been addressed in academic environments.
EEG Brainwave Analysis
Electroencephalographic analysis (EEG) of brainwave signals delineates frequency values into bandwidths. Using an interactive brainwave analyzer, brainwave states, defined by brainwave data act as controllers for multimedia systems. High frequency, beta signaling produces agitated, stressful audio and visual control, and lower frequency alpha, theta, and delta signaling, being less chaotic in nature produce calmer music and smoother animation.
Brainwave frequencies, are delineated into the bandwidths below.
- Gamma: 31-40 microvolts
- High Beta: 21-30 microvolts
- Medium Beta: 16-20 microvolts
- Low Beta: 13-15 microvolts
- Alpha: 8-12 microvolts
- Theta: 5-7 microvolts
- Delta: 2-4 microvolts
The Virtue of Practice
Continued practice with a brainwave game designed to facilitate low frequency neural activity allows one to achieve greater performance levels by mindfully altering dominant brainwave activity to lower frequencies, such as alpha or theta. Learning begins to occur in an effortless manner by analyzing and monitoring the brainwave control of multimedia elements. While experiencing predominantly theta brainwaves, one realizes an increased ability to problem solve; thus, one quickly learns the advantages of existing in a clear, heightened perceptual state of mind.
Interactive Brainwave Visual Analyzer (IBVA)
Using latest versions of the Interactive Brainwave Visual Analyzer, brainwaves animate movies, images, and digital objects in virtual environments. Additionally, brainwaves control the volume and filtering of audio tracks designed in music applications that have the Digital Audio Unit. To produce brainwave music, neural signaling is converted to MIDI notes which are assigned to software instruments in audio applications or in electronic hardware devices. Brainwave games for health are designed to increase low frequency brainwaves and coherence between the left and right hemispheres of the brain.
Brainwave Switches
Brainwave switching is accompanied by changes in the flow of nonverbal mental activity. These shifts in neural frequencies demonstrate the mind's ability to alter neural signaling from predominantly beta signaling, to alpha, theta, and delta dominance. In the future, we will need to draw upon low frequency dominance to problem solve for new issues, which the human species has not confronted in the past.