Isochronic tones
Posted: Sat Jun 12, 2010 17:16
Isochronic tones is located right tones that turn on and off very quickly. Isochronic tones is the most effective method of auditory stimulation, because they elicit a powerful auditory evoked response, and most people find them more attractive. It is assumed that they also possess hypnotic properties.
These are all very important aspects of the CMB, which, unfortunately, often overlooked. The latest research plus our own experience and observation suggest that isochronic tones with low frequency or voltage gives the best combination of SMV and psychological perception for most users.
Isochronic tones consisting of a pure tone (a complex wave) with a frequency of 150-180 Hz shows the best result of personal perception so often that are recommended for universal application.
Some prefer mixed white noise and pure tones. A higher percentage of adolescents (compared to adults) prefer synchronized sound, such as a square wave.
When using square waves it is important to observe the method of smooth switching on and off sound to avoid the annoying "throbbing" sound, but the inclusion should be just as quick to achieve auditory evoked response.
In an Internet almost found no information if someone tried to generate, in what program and where can I see the form of isochronous oscillations?<from Wikipedia, the free encyclopedia
enhancing the isochronism of the oscillations (al-Greek. ίσος "equal" + χρόνος "time") — a physical term, denoting the independence of the oscillation period of the oscillating system the amplitude of these oscillations. Fluctuations whose period does not depend on the amplitude of the oscillations is called isochronous.
Enhancing the isochronism of the oscillations is one of the typical properties of linear systems, but if these fluctuations have small amplitude, enhancing the isochronism observed in nonlinear systems: for example, fluctuations of the real pendulum, in the General case is described by a nonlinear law, are often considered to be isochronous, if the amplitude of the angular deviations is fairly small.
Enhancing the isochronism of the oscillations of the system allows to linearize its mathematical description and to simplify the decision. Many learning tasks contain comments, which allows to consider the system of isochronous and, therefore, to describe them with linear equations.
