Monday, January 16, 2012

Increase Your IQ With Beta Brainwaves

Beta Waves are regarded as among the fastest brainwave frequencies and are documented as brain waves within the frequency range of 12 Hz - 38 Hz (or 12 to 38 cycles per second). They are typically produced by the left hemisphere of your brain, but can be synchronized. Each time you solve a tough math problem, logic puzzle, or read a book, your Beta Brain Waves kick in.

The frequency range of beta brainwaves is between 12h to 38hz (hz=cycles per second). They are normally produced in the left hemisphere of the brain but it can be synchronized with the right brain. Everytime you engage in mental calculations, solve puzzles or read something, your brain produces beta waves.

Individuals who think logically tend to have a lot of Beta Brainwave activities. Adults tend to have a lot more Beta Brainwaves than kids and teens - and Beta Brain Waves have been recognized to grow as you get more mature. In the majority of healthy grown ups, Beta Waves are generally the dominant rhythm. Beta Waves have been associated with an elevated ability to concentrate on our outside reality. Whenever we go through a lot of Beta Brain Waves, there might be problems like stress and anxiety. Nevertheless, when produced in regular quantities, there are undoubtedly many benefits to be enjoyed from experiencing Beta Brain Waves.

If you wish to experience rational pondering, the cabability to think more rationally, and develop the ability to be quick-witted, then you may want to experience Beta Brain Waves. People who may have elevated his or her Beta Waves have been acknowledged to boost their I.Q. and productivity. Beta Brain Waves have also been associated like a natural antidepressant. People have documented that they are ready to experience more commitment after escalating their Beta Brainwaves.

Here's a sample if an isochronic tones beta waves using 528hz as the carrier frequency 


The sample is in mp3 format and is only 1 minute in length.

You may download the 'wav' version of beta waves isochronic tones at the brainwave entrainment site.