Photon Power Core

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This innovative technology harnesses solar power through a phosphor core with a unique chemical composition. The core absorbs significant energy and stimulates its electrons to their highest level using a laser. Once fully charged, like a photon super capacitor, the energy is gradually released and absorbed by an internal solar array, providing steady output until the core's electrons return to normal energy levels. Upon normalization, the core can be rapidly recharged by exposure to high-energy photon collisions at a specific wavelength based on phosphor composition. However, it should be noted that this experimental technology employs mono-crystalline silicon, which can only convert 24% of photon collision energy to electrical energy. Super capacitors and lithium-ion technology currently surpass the Photon Power Core in terms of storage and energy density per size. Nevertheless, the advantage lies in its cold transfusion process for near-instant charging and a non-toxic, non-radioactive/explosive core with only electromagnetic emissions at a specific wavelength, making it a potential safe power source for the future.