Stanley Meyer's water fuel cell technology, specifically showing a stacked cell circuit that uses red LEDs to weaken electrons and energize gases in the cell. The setup you are referring to seems to rely on the following principles:
- Electron Energizing with LEDs: The red LEDs (likely 640 nm wavelength) are used to excite or energize the gas molecules within the fuel cell. The weakening of electrons by the LED light helps move them to an outer orbital, making them easier to remove from the atoms. This step is crucial in preventing the reformation of water molecules after gas separation.
- Electron Removal and Charge Retention: By weakening the electrons, the cell promotes a positive charge on the gas molecules, preventing them from recombining into water. This positive charge assists in maintaining an excited state in the gas, further increasing the energy potential for combustion or fuel use. In essence, this boosts the overall fuel energy without relying heavily on thermal energy (heat).
- Stacked Cell Design: The "stacked cell" design aims to optimize gas production and electron extraction. The rings of LEDs and resistors create an even energizing field around the gas, allowing for efficient electron manipulation across the cell. This is designed to generate gas with higher energy output compared to conventional methods.
- Voltage and Resonance: Meyer's systems often utilized specific resonant frequencies and voltages to maximize gas production. The resonant frequency works with the electrical field, oscillating the gas molecules to a point where they can be easily dissociated into hydrogen and oxygen.
- Energy Efficiency: By using light (in this case, red LEDs) rather than heat to excite the gas molecules, Meyer's system uses less energy than traditional electrolysis. The LEDs play a role in keeping the gas in a high-energy state with minimal input, aiming for fuel that delivers more force without the typical energy losses seen in combustion engines that rely on heat. Daniel Donatelli https://www.patreon.com/securesupplies
