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SETTING THE VOLUME
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At the top, you'll see a button that says: "Set Your Volume"
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To set your volume, just enter the number for your type of sound card.
You can also adjust the sliders to program your own volume levels.
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THE EQUALIZER - Introducing variations in the signals to prevent 'Habitutaion'
One of the ways a signal can be changed without changing it's speed or amplitudes is to change the frequencies. In other words, change the 'equalization'. The Shakti signal generator has presets that adjust the frequencies, just like your stereo might have settings for "pop", "rock", or "classical". If you do a few sessions without effect, your brain may have just absorbed the signal, without being influenced by it. But there is a limit to the number of times a brain can "ignore" a signal (no one knows how many exactly) if that signal changes. Variations make the signals 'novel', so the brain takes note of them again. To change your signals in this way, you should change your equalizer 'preset'.
You can adjust the equalizer yourself to enhance specific bands, but it's suggested you make changes to existing equalizer setting to enhance the bands you choose (there is no tech support for this - it's there to add more options for those who are already experienced with mind machines, and understand their principles. If you don't know which bands you want to enhance, then just use the existing settings). NOTE ABOUT THE SETTINGS: 1) If you used Shakti For Windows before Version 5, and you had good results, you might like to choose old_Shakti. This is close to the suggested settings for previous versions. 2) The setting simply called "Shakti" is the default setting, and this is the one prepared by Stan Koren, the inventor of the "Koren Helmet", seen on so many TV documentaries. It was prepared by comparing the signals (as produced by the laboratory coils) to Shakti Signals (as produced by the Shakti Coils). The equalizer setting reflects the difference between the two types of coils, as well as their frequency response. The Shakti Coils are so much better at producing the very low frequencies that, to match Shakti's output to the original lab output, the lower bands had to be reduced. It speaks very well of the Shakti coils. 3) The settings that include the word "Bass" in their names are a bit 'louder' in the lower frequencies, raising the level for many of the frequencies in the hippocampal signals, the 'Random Theta Noise' signal, the 40 hertz signals, and some others. 4) The square wave settings exist because the raw output consists of complex, irregular square waves, which are 'flattened' into sinusoidal waves by the coils, both in the lab, and in Shakti. DSP Plugins DSP stands for "Digital Signal Processing". This is a way of adding effects to audio in real-time. The Shakti Signal Generator has two DSP "Plugins". These make very fine adjustments to the volume level. One of them, the "randomizer" raises and lowers the volume at random every few milliseconds (you can change how much and how often). The "fractalizer" steps the volume up and down in small (or large) steps, so the volume changes constantly. It also changes the size of these steps each time one happens. This makes it even harder for the brain to 'habituate' to the signals. Changing the signals in this way will make it harder for the brain to get used to the signals, and 'tune them out". NOTE: These kinds of adjustments to the signals are not possible with the original laboratory equipment, and so they have not been studied in laboratory settings. This means that the ideal settings are not yet known. However, to maintian the integrity of the signals, the time frame should be kept between 130 and 260 milliseconds, as most of the signals are about 260 milliseconds, and so there is not much point in ln longer periods than that. Making the times shorter than 130 milliseconds may change the signals to the point where the brain no longer recognizes them as 'speaking it's own language'. An analysis of the laboratory output showed variations of up to 52%, so the lowest setting for the volume variation should be 48%, though other settings might also be effective. Start with the default settings. If you do not know what settings to use, it's best to make small changes when adjusting the settings. The "law of noticible differences", developed to express how much brighter or fainter a light has to be for the eye to notice the difference, tells us that 2% is enough. There is no such law for neural magnetic fields, but this law of vision shows that the brain couls easily respond to small differences in field strength. So, the
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