Most asserts to agree “that the phenomenon is caused by high amounts of iron within the rocks(4).” Some researchers suggest that the layering of the boulders contributes to their sound(5). But why do these rocks “ring” after all? Are manifold and hotly disputed lead to this proposed properties phenomenon? Who can identify? Richard Faas was the first that illustrated the sound qualities, said that interaction of various tones together from within the same rock made certain rocks produce a noticeable frequency . Thought he was never able to pinpoint, however, it is the actual physical aspect of the rocks that produced these sounds.While other scientists claim that the boulders ring due to the unweathered slabs of coarse-grained diabase,that is to say the sounds are a product of differing stress levels within the rocks. But why individual rocks still ring in the laboratory when taken from their natural location, they can not justify. It’s need more time and technology, I
Most asserts to agree “that the phenomenon is caused by high amounts of iron within the rocks(4).” Some researchers suggest that the layering of the boulders contributes to their sound(5). But why do these rocks “ring” after all? Are manifold and hotly disputed lead to this proposed properties phenomenon? Who can identify? Richard Faas was the first that illustrated the sound qualities, said that interaction of various tones together from within the same rock made certain rocks produce a noticeable frequency . Thought he was never able to pinpoint, however, it is the actual physical aspect of the rocks that produced these sounds.While other scientists claim that the boulders ring due to the unweathered slabs of coarse-grained diabase,that is to say the sounds are a product of differing stress levels within the rocks. But why individual rocks still ring in the laboratory when taken from their natural location, they can not justify. It’s need more time and technology, I