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"To abolish all valleys is to get rid of all mountains."
Alan W. Watts
"Failure doesn't mean you are a failure... it just means you haven't succeeded yet."
Robert Schuller
The NSR eye technique just takes a few seconds and can be used in nearly every situation (meaning not while you’re driving for example!) Any time you experience a disturbance in your energy you can use this technique to clear the charge to prevent it from surfacing again or being stored in the body. All disturbances and irritations reflect the condition of our energy system and more specifically the resistance we have or the permission we give ourselves to let the energy flow.
Ferreri discovered that stimulation of the optic nerve could neutralise limiting patterns, programs, energies and emotions and could restore the natural balance. NSR simplifies this technique and gives you a technique and a system anyone can apply to restore balance in every day life.
In theory (which so far has not yet been proved) it is said that pressure on the optic nerve gives a signal to the thalamus, a part of the mid brain. Most of the sensory input (except olfactory) travels the same way, through the thalamus. It functions like a relay station. So information going through the thalamus can be affected by pressure on the optic nerve. When this happens the charge is cleared from the thalamus and from the body.

Most textbooks will tell you that the thalamus is a "relay" that simply relays signals from auditory, somatic, visceral and visual regions of the peripheral nervous system to the cerebral cortex. The real picture is more complicated, and the commonly accepted function of the thalamus nowadays is that it modulates, in addition to relaying, sensory signals to and from cortex.
It is common to classify thalamic nuclei as either "relay nuclei" or "association nuclei" on the basis of the source of their driving inputs, whether they are subcortical or cortical. Relay nuclei receive their driving inputs from subcortical sources including ascending afferents (medial lemniscus for somatosensory information, optic tract for visual information, etc...) and project predominantly to primary sensory cortical areas. On the other hand, association nuclei receive their driving inputs from other cortical areas. (See Sherman and Guillery's "Exploring the Thalamus", 2002)
>> http://en.wikipedia.org/wiki/Thalamus
>> http://biology.about.com/library/organs/brain/blthalamus.htm
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