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originally posted by: new_here
originally posted by: DISRAELI
a reply to: Kantzveldt
Do you think it could be a musical instrument, capable of delivering a solemn, "mystical" note?
Hmmm, now you've got me thinking! Resonance emanating from this 'instrument' to enable levitation? There are winged people in the carvings. There are people in "boxes" which are surrounded by vibratory-looking lines, and the boxes appear to be off the ground. Also, this concept reminds me of a theory of how the huge stones to build the pyramids may have been lifted off the ground... by sound waves/resonance.
Interesting to ponder, no?
When a rock sample is pressed by a force, the pressure on the crystal lattice generates an electrical field around the quart grains due to the piezoelectric effect. If a rock is saturated by conductive fluid, the relative motion between the pore fluid and the matrix solid generates an electromagnetic field due to seismoelectric conversion, and the permeating of fluid into new microcracks made by the pressure changes the fluid distribution and the natural potential level.
If a quartz crystal is pressed by a force in a certain direction, an electrical field will be generated on the quartz surface due to the piezoelectric effect. When an acoustic wave propagates through a rock, the acoustic pressure generates a piezoelectric field around quartz grains. Thus a piezoelectric field is an electric potential field on the grain surface.
Changing the amplitude scale, we can see more details of the potential variation before rock breaking occurs. Before the rock sample is broken completely, we record some sounds with small or smaller amplitudes between -0.04 second and 0.01 second (Figure 7d). The larger ones generate electrical pulses (Figures 7a, 7b, and 7c). Since recording the small sounds around -0.04 second, the basic electrical level (the dc potential) rose (Figures 7a and 7b) or dropped (Figure 7c). The amplitudes and polarizations of the potentials are different from each other. This means that the potentials due to the piezoelectric effect depend not only on the pressure, but also on the piezoelectric characteristic and orientation of the quartz group around the measurement points. They are local electrical potentials, and the potential and its variation can be observed before the rock breaking. Because the stress concentrates around the breaking area, we can record the local potentials around the area. When a fluid-saturated rock sample is breaking, the moving charges in the fluid induce electromagnetic waves, which propagate independently and can be received near or far from the breaking area. Their frequencies are usually much higher than the natural potential and close to those of acoustic waves. This phenomenon is very similar to that observed in the Loma Prieta earthquake of 17 October 1989 (Fraser-Smith et al., 1990).
Lahmu, meaning parent star or constellation, is the name of a protective and beneficent deity, the first-born son of Abzu and Tiamat. He and his sister Laḫamu are the parents of Anshar and Kishar, the sky father and earth mother, who birthed the gods of the Mesopotamian Pantheon. Laḫmu is depicted as a bearded man with a red sash-usually with three strands- and four to six curls on his head and they are also depicted as monsters, which each encompasses a specific constellation.
originally posted by: DISRAELI
a reply to: Kantzveldt
Do you think it could be a musical instrument, capable of delivering a solemn, "mystical" note?
originally posted by: Philippines
originally posted by: DISRAELI
a reply to: Kantzveldt
Do you think it could be a musical instrument, capable of delivering a solemn, "mystical" note?
I think that's a good idea. Take for example the common French Horn brass instrument is around 13ft (4m) of coiled tube. Just because the instrument is long doesn't mean sound can't be made from it. The Didgeridoo is an example of a wooden style horn, though I don't know of any that very very long.