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As the exercise began that day, the whole team knew they were in for a long one. The experiment's procedure had been attempted a few weeks earlier with no success. Despite careful preparation, no desired target hits were observed. In the weeks hence, the project's lead scientist had concluded that nothing had been done wrong and no set-up modifications could improve the chances of a hit. The atomic proportions of the Dilutium under study simply implied a very low yield per exercise. The process would just have to be executed repeatedly until a sufficient number of hits were recorded for the science team to evaluate.
The accelerated particle held sufficient inertia to continue on its course for a few additional meters. In the space of the moment necessary to distribute that inertia, the particle traveled through many more solid objects. One of these solid objects just happened to be part of another dynamic world full of tiny pieces and occasional collisions. The Dilutium entered and exited a section of shielded network cable as millions of packets carrying measurements of that very same particle were being relayed from system to system. As the particle passed through the cable, its subatomic structure overlaid and molded the electrical field structure of the network traffic itself. As the decomposed network packets were recombined by their destination CPU, a structural change was reconstituted.
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