What is a Stem Cell? Part II
25 Jan 2010
In our previous post we approached the idea that stem cells can be created from differentiated cells. It was acknowledged that now we simply do not know how to do this. Making this transition involves taking advantage of a simple idea. This post takes this idea a step further .
The central principle here is that any unique expression or form can be returned to the zero-probability state and from that state another unique expression can be manifested.
This concept can be further applied to the health field. In the same fashion that a stem cell may be produced from a differentiated cell, allowing the manifestation of a second separate differentiated cell, the body via a return to a zero-probability state can be re-routed to a different state of health. This means that healing can be achieved at this level as well as the stem cell level.
The difference here is that the vehicle for this manifestation is the person’s consciousness. The reversion of the differentiated cell back to the stem cell stage can be seen as a journey back in time. In this sense, the equivalent reversion in consciousness has the body to go back to a zero point when all was possible. This is virtually a trip back to perfect health. After this is done, then the probability of perfect health just has to be manifested into the present, just as with the stem cell. In this sense, the potential for perfect health, as a probability, co-exists with the potentials for every other kind of state with less than perfect health.
This concept has application well beyond the simple things such as health in the body. If one wishes to change the present reality in any way, one can return to the state of zero-time probability then bring that moment to the present and pick a different probability outcome. In fact when a psychiatrist does a past life regression on a patient and the patient has the absence of a phobia thereafter, this is simply what has taken place.
All of these adjustments to probabilities may be truly seen as applied Quantum Mechanics.

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