Schumann Resonance And Their Effect On Human Bioregulation, Part 2  01.Oct.2020
Channel: Verte's Temple Of The Schumann Resonances
Date: 03/10/2020

"Biophysics now suggests that our biological systems are tuned into the background frequency of our planet via the Schumann resonances. Since this first discovery, more scientific research has posited that Schumann resonances are very important electromagnetic standing waves influencing biological oscillators within the mammalian brain. A living system has many similar resonant frequencies due to their degrees of freedom, where each can vibrate as a harmonic oscillator supporting the progression of vibrations as waves that move as a ripple within the whole system.14, 15

"The first five Schumann resonances overlap with the brain frequency bands or waves. Brain waves are grouped according to their frequencies and are labeled with Greek letters. Their most common frequencies include delta, theta, alpha, and beta.

"Delta: 0.5 - 4 Hz This brain rhythm occurs in a deep dreamless sleep or unconsciousness. This is associated with drowsiness. 

"Theta: 4 - 7 Hz This brain rhythm is associated with drowsiness. It also occurs at the first stage of sleep and during deep meditation, when we are awake but open to mental imagery. It has been associated with creativity, intuition, daydreaming and fantasizing. It is believed to reflect activity from the limbic system and increased activity is observed in anxiety, behavioral activation and inhibition.

Alpha: 7 - 12 Hz This is the major rhythm seen in a normal, relaxed adult. It is present during most of life. It is considered a common state during alertness but not actively processing information. Alpha has been linked to creativity (creative people show alpha when listening and coming to a solution) and mental work. Alpha activity is also associated with overall mental and body/mind coordination, calmness, alertness and learning.

Beta: 12- 30 Hz Beta reflects highly active processing. It occurs during normal waking consciousness and outward attention. Slow beta: 12-17 is normal information processing and mental activity; Fast beta: 17-30 is heightened alertness and fight or flight, or anxiety.

Gamma: 30 - 100 Hz This is associated with waking states and can occur when we are simultaneously processing information in both brain hemispheres. Whales and dolphins also operate in these frequencies.

 

Resonance and Entrainment

 

Quantum physics has shown that everything in the universe vibrates and resonates with a unique frequency. Resonance occurs when a given system tuned to a certain frequency begins to oscillate or amplifies the presence of a preferential external frequency. Those frequencies that maximize or amplify a given object tuned to a specific frequency are called resonant frequencies. Together, two frequencies have the power to influence each other, if both are tuned in concordance for resonance. Simply put, one vibrational frequency can harmonize with another. If, for example, you strike a tuning fork of 100 cycles per second and bring it near another tuning fork of that same frequency, the second tuning fork will be set in motion. Even though it has not been struck, the second fork will begin to vibrate and radiate a sound merely by being in the same field as the vibrating tuning fork. Like the tuning fork example, evidence shows it is possible for the brain to detect, tune into and respond to a Schumann resonance signal. Another example of resonance is demonstrated when a singer breaks a glass by singing at a certain pitch. The frequency of that tone matches the natural frequency of the glass, shattering it.  






Article link: (https://www.brmi.online/post/2019/09/20/schumann-resonances-and-their-effect-on-human-bioregulation)