There is already an enormous pool of water in this theoretical plasmic/more coherent than fluid less than crystal state here
https://en.wikipedia.org/wiki/Mariana_Trench
Which asks the question that was never asked during the interview, which is how do you make the "mother water" ?
And if it can not be un made once it is magically made why do you need to seed the chaotic water with this magic stuff which works better with more sun which the ocean could not possibly get more of but seems not to be producingdown there at the bottom of the ocean which is not apparently making any of the other water which is down there and not in the water press being organized into less randomly dis organized plasmic organization...as one continuously rubs up againstthe other and
every 7-10 years
While it's true that your cells regenerate on average every 7-10 years,2 there's a lot of variation. Your skin cells, for example, are replaced every few weeks. In fact, you lose close to 500 million skin cells every day. Cells in your skeletal muscles, on the other hand, take as long as 15 years to regenerate...... according to someone somewhere on the internet where I Just copied that from as the first googled answer...
seems like the trained quartz tuning fork shaped tube............................................................................=======~~~might do the trick as the water in side transferred the vibration to the dry crystal and that song is playingin the background while the waving of waves and hands is happening in the foreground and the aperture is shut down to bringout the bokeh by br in G in G in the focus of the one while pixel eyes in G the other...
My guess the quartz rings at 432 or an integer factor of the radius of the sun and when you tune up a glass of water the trillion or so in a drop start humming the tune that they hear in the background........and the maestro is on the podiumpointing to the violinist to strike A note to which the rest of the orchestra responds at some power of the twelfth rootof two
From Wikipedia, the free encyclopedia
This article is about the mineral. For other uses, see Quartz (disambiguation).
Quartz
Quartz crystal cluster from Brazil
General
Category Silicate mineral[1]
Formula
(repeating unit) SiO2
IMA symbol Qz[2]
Strunz classification 4.DA.05 (oxides)
Dana classification 75.01.03.01 (tectosilicates)
Crystal system α-quartz: trigonal
β-quartz: hexagonal
Crystal class α-quartz: trapezohedral (class 3 2)
β-quartz: trapezohedral (class 6 2 2)[3]
Space group α-quartz: P3221 (no. 154)[4]
β-quartz: P6222 (no. 180) or P6422 (no. 181)[5]
Unit cell a = 4.9133 Ã…, c = 5.4053 Ã…; Z = 3
Identification
Formula mass 60.083 g·mol−1
Color Colorless, pink, orange, white, green, yellow, blue, purple, dark brown, or black
Crystal habit 6-sided prism ending in 6-sided pyramid (typical), drusy, fine-grained to microcrystalline, massive
Twinning Common Dauphine law, Brazil law, and Japan law
Cleavage {0110} Indistinct
Fracture Conchoidal
Tenacity Brittle
Mohs scale hardness 7 – lower in impure varieties (defining mineral)
Luster Vitreous – waxy to dull when massive
Streak White
Diaphaneity Transparent to nearly opaque
Specific gravity 2.65; variable 2.59–2.63 in impure varieties
Optical properties Uniaxial (+)
Refractive index nω = 1.543–1.545
nε = 1.552–1.554
Birefringence +0.009 (B-G interval)
Pleochroism None
Melting point 1670 °C (β tridymite); 1713 °C (β cristobalite)[3]
Solubility Insoluble at STP; 1 ppmmass at 400 °C and 500 lb/in2 to 2600 ppmmass at 500 °C and 1500 lb/in2[3]
Other characteristics Lattice: hexagonal, piezoelectric, may be triboluminescent, chiral (hence optically active if not racemic)
References [6][7][8][9]
Quartz is a hard, crystalline mineral composed of silica (silicon dioxide). The atoms are linked in a continuous framework of SiO4 silicon–oxygen tetrahedra, with each oxygen being shared between two tetrahedra, giving an overall chemical formula of SiO2. Quartz is, therefore, classified structurally as a framework silicate mineral and compositionally as an oxide mineral. Quartz is the second most abundant mineral in Earth's continental crust, behind feldspar.[10]
https://en.wikipedia.org/wiki/Crystal_oscillator
The frequency at which the crystal oscillates depends on its shape, size, and the crystal plane on which the quartz is cut. The positions at which electrodes are placed can slightly change the tuning as well. If the crystal is accurately shaped and positioned, it will oscillate at a desired frequency. In nearly all quartz clocks and watches, the frequency is 32768 Hz,[1] and the crystal is cut in a small tuning fork shape on a particular crystal plane.[2] This frequency is a power of two (32768 = 2^15), just high enough to exceed the human hearing range, yet low enough to keep electric energy consumption, cost and size at a modest level and to permit inexpensive counters to derive a 1-second pulse.[3] The data line output from such a quartz resonator goes high and low 32768 times a second.Was-sceptre
w3s in hieroglyphs | ||
---|---|---|
The was (Egyptian wꜣs "power, dominion"[1]) sceptre is a symbol that appeared often in relics, art, and hieroglyphs associated with the ancient Egyptian religion. It appears as a stylized animal head at the top of a long, straight staff with a forked end.
Was sceptres were used as symbols of power or dominion, and were associated with ancient Egyptian deities such as Set or Anubis[2] as well as with the pharaoh. Was sceptres also represent the Set animal or Khnum. In later use, it was a symbol of control over the force of chaos that Set represented.
In a funerary context, the was sceptre was responsible for the well-being of the deceased and was thus sometimes included in the tomb-equipment or in the decoration of the tomb or coffin. The sceptre is also considered an amulet. The Egyptians perceived the sky as being supported on four pillars, which could have the shape of the was. This sceptre was also the symbol of the fourth Upper Egyptian nome, the nome of Thebes (called wꜣst in Egyptian).[3][1]
Was sceptres were depicted as being carried by gods, pharaohs, and priests. They commonly occur in paintings, drawings, and carvings of gods, and often parallel with emblems such as the ankh and the djed-pillar. Remnants of physical was sceptres have been found. They are constructed of faience or wood, where the head and forked tail of the Set animal are visible. The earliest examples date to the First Dynasty.
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