Water as molecular combinations of various densities of matter as solid and water as fluid and
then the comparisons to scifi in which DUNE is placed high on the list of the water of life appears as
a constant theme.
In case the water relation with the worm on Dune is not understood, look at the front view of the worm when it has it's mouth open = the
molecular matter explanation in the illustrations that follow below.
Then the use of BACKTA FLUID in the scifi movie where Luke Sky walker gets his body regenerated .
DUne worm to the left and
Backta tanks feature prominently in the story lines of scifi as the type of regenarative
fluid use that heals the body from damage and returns the patient to a normal state,
(seen below with Luke Sky walker).
Backta tanks feature prominently in the story lines of scifi as the type of regenarative
fluid use that heals the body from damage and returns the patient to a normal state,
(seen below with Luke Sky walker).
Here's the theory of the above first definitions of the density change between water and solids.
The -x defines the faze difference of where water and the solid started to interact at the beta 1 and the beta 10 (will be shown as the release by the extra Beta S into gravity),and the return to the state where matter has some negative radius vector as it filters out the m of the m molecule that SIFTS to the bottom of the H2O but does this by keeping itself above it by the -m law ,that the water molecule folds it's radius bond of H+ or Oxygen inwards when it releases it's hold on the matter particles it has displaced away from the main m molecular particles.
Visualize if you will that you hold the m molecular matter in your hand while being under water and let go. You will remain below the water even if the m weight has been reduced in the upwards direction but in the opposite direction down wards. If you hold enough matter it will pull you down to the bottom of the sea.
We are as smart as water molecules are ,in that we may also release any m molecular weight we take in through our use of water. However on the scale of this example the visualization of the human holding the m molecule would only be able to do so with 1 such m value or the -m.Because that is what water does in it's own reference to being 1 m molecular +- the m molecule that gives it buoyancy. So there must exist very small relations of the 1 mass molecule and the 1m water molecule as the
1m/H2O=released by the extra Beta S into gravity.
m/H2O=BSg
Here then the release of matter from molecules that are held by the H2O molecule and the buoyancy of continuous m release where water has the minimal m that is held on to.
Visualize if you will that you hold the m molecular matter in your hand while being under water and let go. You will remain below the water even if the m weight has been reduced in the upwards direction but in the opposite direction down wards. If you hold enough matter it will pull you down to the bottom of the sea.
We are as smart as water molecules are ,in that we may also release any m molecular weight we take in through our use of water. However on the scale of this example the visualization of the human holding the m molecule would only be able to do so with 1 such m value or the -m.Because that is what water does in it's own reference to being 1 m molecular +- the m molecule that gives it buoyancy. So there must exist very small relations of the 1 mass molecule and the 1m water molecule as the
1m/H2O=released by the extra Beta S into gravity.
m/H2O=BSg
Here then the release of matter from molecules that are held by the H2O molecule and the buoyancy of continuous m release where water has the minimal m that is held on to.
The m particle is held by the water molecule on the surface and then ,so that when the water molecule displaces at a depth of twice greater than the mass of the particle it will release it in relation to the radius of the change of dynamics when the water molecule is involved with a rotation by other water molecules that set it into rotation when the m particle is released from the hold of the H2O that then displaces upwards again. This depth displacement =2r or the Diameter.
Water then has depth as related to it's molecular folding into the radius when pulling a particle m with it under the surface and also has the Diameter of 2 such r vectors when the m molecule is released that takes the water back through the diameter as the rise upwards to the surface.
Water then has depth as related to it's molecular folding into the radius when pulling a particle m with it under the surface and also has the Diameter of 2 such r vectors when the m molecule is released that takes the water back through the diameter as the rise upwards to the surface.