In a world saturated with radio waves, it’s unsettling to realize that we don’t truly understand what they are. What exactly are radio waves, and how do they form? Our modern world relies heavily on radio technology, yet when we use our mobile phones, we rarely stop to wonder how they work; the fact that they do work is usually sufficient for most of us. It's fascinating that we possess such incredible technology, but our explanations for these phenomena often fall short. How can this be? The answer is simple: today’s scientific concepts have become so obscure and strange — supported by equally perplexing, esoteric mathematics — that they defy any kind of logical understanding. As a result, few attempt to understand what seems incomprehensible, content simply to accept that "everything works." Quantum mechanics is a prime example of this: it's a field that even its leading proponents admit is not fully understood.
However, the theory of Augmented Newtonian Dynamics (AND) offers an exciting new perspective on electricity conduction and the formation of radio waves. This is an essential area to explore, especially if you want to understand both the nature of radio waves and how your mobile device operates.
If you’re interested in learning more, you can read my article titled: "Electricity and Radio-Waves According to Augmented Newtonian Dynamics (AND)", published in the International Journal for Science and Research.
However, the theory of Augmented Newtonian Dynamics (AND) offers an exciting new perspective on electricity conduction and the formation of radio waves. This is an essential area to explore, especially if you want to understand both the nature of radio waves and how your mobile device operates.
If you’re interested in learning more, you can read my article titled: "Electricity and Radio-Waves According to Augmented Newtonian Dynamics (AND)", published in the International Journal for Science and Research.
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