In the Heart of the Sun

a glimpse into nuclear detonation

A report by:

RAdm. RM Wey & Comm. DL Wey

COSR:SFS-SFC DCOSR:SFS-SFC

Research conducted by this department into the actual phenomenon of nuclear detonation [as practiced by the societies of the mid to late twentieth century] has demonstrated a link between these very atomics and the processes involved with stellar operation.

Using a blast chamber which has been attached to a particle beam accelerator, observations recorded of the first three hundred and twenty-five nanoseconds after detonation show a startling correlation between the processes observed in the implosion of matter within a stellar body, and that of the man made process concerning atomics.

While such detonations result in the fission of nuclear materials [such as U238], as opposed to the fusion process of stellar bodies, the physics of the process results in the giving off of energy. In the matter of fission, this is accomplished by means of splitting apart atoms into parts, and with fusion, the combination there of.

The significance of this experiment is that, for the first time, it is possible to ‘see’ into the heart of the process of fission itself. Even the very process of stellar bodies has only been viewed through computer models. As to what benefits such information provides, the use of chemotherapy can be greatly enhanced by knowing the area of ‘blast’ caused when such is used.

Precisely, it may further prevent damage to the surrounding tissue of patients undergoing such treatments. Time alone…will tell.