On the use of Virtual Whole Personality Experience To Conquer Reconstitution Resistant Cognitive Defects

Dr. Julius Hedding, Dr. Erica Laird, Dr. Kevin Lo and Dr. J. Michael Severn University of California Barstow Medical Institute

Assisted By:

H. Winston, K. Lorimar, M. Saint, P. Nguyen, O. Kirsten, W. Sere, R. Castle

Abstract:

One of the advances that made reconstitution possible was the discovery of the processes that allow the personality to be transferred from one body to another. This is common described in the trade as the unobservation-reobservation process (URP).

Thanks to the ability to switch bodies at will, as a society we have been able to conquer most disease and a great number of traumas, and with the build out of the satellite repository system, soon even acts like that which struck the picnic of AKD Pharma last March will prove ineffective at causing permanent death.

The only diseases that have proved resistant to reconstitution are the mental and these are approached using standard psychiatric approaches. There are some brain related disorders that have proved resistant to reconstitution as a therapy, leading many in the scientific and biomedical research community to recognize the existence of a class of reconstitution resistant cognitive disorders.

Working with the penal authority, we have experimented on prisoners who were given permanent death sentences, with the understanding that we would be able to commute their sentences to a period of 250 years in prison, long enough to rehabilitate even the most recalcitrant and demented of offenders. As has been commented on in previous reports, there is a correlation between cognitive issues and the propensity to break the law, and as such the long term prison population proved a fertile ground for us to find willing and valid subjects for our research.

We have endeavored over the last 4 years to understand, simulate and repair the personality matrix of those people who suffer from RRCD. Initially we attempted to address RRCD by modifying the subjects DNA in such a way as to make the subject less likely to suffered cognitive issues, which often present similarly to epilepsy. This was unsuccessful and luckily we experienced very few permanent deaths because of the technique.

Subsequently to these failures, we took a tack suggested by one of our associates, Dr. L. Jaron, that of creating a virtual space which we can manipulate to simulate a chemical environment that the personality can reveal itself onto. This approach proved to be efficacious, not only providing a way for physicians to tweak and modify the personality matrix in such a way as to provide a respite from seizure and then apply the URP onto that personality and reconstituting in the standard fashion. Early in the experimentation, we lost a number of subjects while mastering the URP process from the computer memory onto the organic host, with the unobservation process being flawed, but we were able to keep the remaining test subjects held in the computers memory until we mastered the unobservation process.

There were no ill effects from the personalities that had to stay in the simulated environment for the 3 months while we mastered the process. Our undergraduates were successful in making virtual environments available and spin off entertainment products are being explored with a number of multinationals as a result.

For the full article with figures, please access MedNet article #67893