Today we conducted the first electrical conductivity tests on Vossium. The results should not be possible. We passed a current of 10 volts through the sample. There was no measurable electrical resistance. Believing our equipment had malfunctioned, we repeated the experiment with new instruments. The results were identical. We increased the voltage to 100 volts. Then 1,000. Then 10,000. At every level, Vossium transferred electricity with nearly perfect efficiency. There was virtually no energy loss as heat. Under ordinary physics, every conductive material generates some resistance. Vossium appears to generate almost none. But that wasn’t the strange part. After disconnecting the power supply, the sample continued emitting a faint blue glow. We assumed it was residual heat until thermal imaging revealed the sample had actually cooled. The glow wasn’t caused by temperature. It was releasing energy. For the next six hours, the sample slowly discharged a steady electrical current despite having no external power source attached. Our instruments estimate that less than one percent of the supplied energy was released during that period. Where is the other ninety-nine percent? We don’t know. One of my researchers proposed that Vossium isn’t simply storing electricity. Instead, its atomic lattice may be trapping energy in a state we’ve never observed before, preventing it from dissipating naturally. If he’s correct, this material could function as a battery with virtually no self-discharge. A single charge could theoretically last decades. Maybe centuries. The military implications are staggering. An aircraft that never refuels. A city powered for years from a single energy reserve. Satellites that never require replacement batteries. Or… Weapons capable of storing unimaginable amounts of energy until the moment they’re activated. I’ve restricted access to this project to twelve personnel. No digital copies of today’s findings are to leave the laboratory. Sinclair visited this afternoon. He asked only one question. “How soon can we manufacture it?” Not “What is it?” Not “Is it safe?” Just… “How soon?” For the first time since this project began, I no longer fear the metal. I fear the people funding it.
