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To appreciate the lower tones fully use headphones. This is our recommended product: https://amzn.to/2upam53 From Germany: https://amzn.to/2qKl4xJ Harmonics are a physical phenomenon, a natural property of sound waves. They are hard to hear, mostly because we are not trained to pay attention. Harmonics inspired all civilizations to invent their own music scales. The number of harmonics for a given base tone are theoretically infinite, but the higher the harmonic, the lower the energy, so the harder it is to hear them. Also the higher the harmonic octave, the more harmonics fit into the octave. The first harmonic octave contains only the octave interval. The second contains the octave and the fifth intervals, which are the "purest" intervals and the most commonly used by all civilizations. The number of harmonics per harmonic octave grows with the formula 2^n, n being the order of the harmonic octave. The current western scale of 12 semitones is based in Pythagoras' circle of fifths and it borrows from the harmonics of the 4th order, which has 16 tones. It is really interesting to discover how the "missing" 4 tones sound like, and also to hear the 32 tones of the 5th order and the 64 tones of the 6th order, which is the smallest difference between tones that we humans can recognize. Civilizations like the Indian use more tones in their music scales, borrowing more harmonics than we westerners do. Here we present the first 64 harmonics with a fundamental tone C = 64 Hz. This corresponds to the first 6 octaves of harmonics. The tones are in the correct tuning according to the harmonic ratios and the interval names are also provided. The tones are not harmonics themselves, they are normal (fundamental) tones generated at the correct frequency where the harmonic would be produced. This is made like that because it is very difficult to produce, let alone record harmonics at that high level of harmonic order. I have other videos showing the real harmonics, but only up to the 3rd order.