Currently building prototype ...
We expect a replicator to be in in-vivo animal testing.
This device is expected to be in human trials.
More ...This centenarian should both feel as strong as and look as young as a 30 year old.
More ...The design of a major component of the Replicator,
the input sub-system, has been achieved. Of the 3 sub-systems, this was the
most challenging for us. Our design utilizes a Pulse Code Modulated (PCM)
optical signal to input the Amino Acid sequence of the RNA that the Replicator must reproduce.
The last major challenge is to finalize the design of the output sub-system.
RNA Output was the first component on which we worked. We just now need to
complete the RNA splicer. This should not be all that difficult
as we have already done significant work on it.
We are pleasantly surprised with our progress and expect
to now be well on our way to a complete Replicator design.
Even though this is an extremely sophisticated, complex and advanced Biogenic Processor, it was the easiest for us to design, as since 2016 we have been testing such similar Collective Intelligence CUDA GPU software in several simulated environments including computer game controllers designed in Unity3D.
Actual bacterial testing may require significant debugging.