Yes. Too much string tension unless you want to destroy the guitar. 528 hz as the reference frequency of A , I do not think it makes sense for orchestal instruments either, too high. The reason I asked about 444 hz as the reference is that it would make the C(5) note to be exactly the 528 hz frequency. This seems to be the logical tuning to achieve 528 hz. After all, the exact frequencies we are discussing represent only one note in the scale. By tuning to 444 hz for A you are in harmony to C at 528 hz.

If my thoughts are correct, I’m not sure why they call this 528 hz music as opposed to 444 hz. I can understand the possibility of healing tones, but once again that is one specific frequency, not really music. Maybe 528 hz music has a subliminal drone tone buried in it at 528?

Yes. Too much string tension unless you want to destroy the guitar. 528 hz as the reference frequency of A , I do not think it makes sense for orchestal instruments either, too high. The reason I asked about 444 hz as the reference is that it would make the C(5) note to be exactly the 528 hz frequency. This seems to be the logical tuning to achieve 528 hz. After all, the exact frequencies we are discussing represent only one note in the scale. By tuning to 444 hz for A you are in harmony to C at 528 hz.

If my thoughts are correct, I’m not sure why they call this 528 hz music as opposed to 444 hz. I can understand the possibility of healing tones, but once again that is one specific frequency.

Yes. Too much string tension unless you want to destroy the guitar. 528 hz as the reference frequency of A , I do not think it makes sense for orchestal instruments either, too high. The reason I asked about 444 hz as the reference is that it would make the C(5) note to be exactly the 528 hz frequency. This seems to be the logical tuning to achieve 528 hz. After all, the exact frequencies we are discussing represent only one note in the scale. By tuning to 444 hz for A you are in harmony to C at 528 hz.

Yes. Too much string tension unless you want to destroy the guitar. 528 hz as the reference frequency of A , I do not think makes sense for orchestal instruments either, too high. The reason I asked about 444 hz as the reference is that it would make the C(5) note to be exactly the 528 hz frequency. This seems to be the logical tuning to achieve 528 hz. After all, the exact frequencies we are discussing represent only one note in the scale. By tuning to 444 hz for A you are in harmony to C at 528 hz.

Yes. Too much string tension unless you want to destroy the guitar. 528 hz as the reference frequency of A , I do not think makes sense. The reason I asked about 444 hz as the reference is that it would make the C(5) note to be exactly the 528 hz frequency. This seems to be the logical tuning to achieve 528 hz. After all, the exact frequencies we are discussing represent only one note in the scale. By tuning to 444 hz for A you are in harmony to C at 528 hz.

Yes. Too much string tension unless you want to destroy the guitar. 528 hz as the reference frequency of A , I do not think makes sense. The reason I asked about 444 hz as the reference is that it would make the C(5) note to be exactly the 528 hz frequency. This seems to be the logical tuning to achieve 528 hz. After all, the exact frequencies we are discussing represent only one note in the scale. By tuning to 444 hz for A you are in harmonic resonance to C at 528 hz.

Yes. Too much string tension unless you want to destroy the guitar. 528 hz as the reference frequency of A , I do not think makes sense. The reason I asked about 444 hz as the reference is that it would make the C(5) note to be exactly the 528 hz frequency. This seems to be the logical tuning to achieve 528 hz. After all, the exact frequencies we are discussing represent only one note in the scale.