Can the electrical frequency separating the water molecule as in electrolysis be copied?

The discussion explores whether a specific electrical frequency, akin to those used in electrolysis, can be replicated to separate water molecules. It clarifies that electrolysis typically involves DC voltage causing ion attraction to electrodes, with no inherent frequency in DC; only AC signals have frequency. Some studies suggest pulsed DC or combined AC/DC can improve electrolysis efficiency. The concept of a "unique DC frequency" is scientifically inaccurate since DC is steady voltage without frequency. The separation of water molecules is a chemical process driven by energy input, not by a resonant frequency. Microwave frequencies can excite water molecules but do not cause electrolysis; a DC bias is required to collect ions. The law of conservation of energy applies, meaning energy input equals or exceeds output, negating the possibility of limitless energy from this process. Attempts to use non-integer or transcendental frequencies for splitting water molecules are speculative and lack empirical support. Safety concerns arise with high voltages and frequencies needed for such processes.
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