Secret of Water

Water... the most common substance on Earth.

It is with us every moment of our lives.

Like the human body, the Earth maintains a constant amount

of water.

If the quantity of water is reduced, or at least one

of its amazing features is changed, then life on Earth

will vanish.

Just like you, Earth is a living, dynamic being.

It has veins and arteries with water

flowing through it, which are connected

to one large thriving heart, the ocean.

It evaporates water and returns it back

to the hydrologic cycle as rain, falling down

on mountain tops, which again form veins and arteries that

return to the ocean.

It is this constant water circulation

that keeps the planet alive.

We are just like the surface of the Earth... at least 70% water.

We also have a heart and 60,000 miles of veins and arteries.

And like our planet, it is water that

gives us life, replenishing ourselves in a continuous water

cycle.

The system of the universe exists

as a single, perfect organism.

All of its parts, including us and our Earth,

are inseparably bound together by huge streams of information.

And on our planet, water plays the key role

in how the information is exchanged.

In effect, it is the medium through which

all nature is governed.

Our Earth is a giant container of water in which

all forms of life arose.

And every living thing is, itself, essentially a container

of water.

Depending on age, a human being is made up of 70 to 90% water.

An adult drinks approximately 2.5 liters of water each day

in order to sustain his normal life functions.

Another 1.5 liters is absorbed through the skin

during bathing or showering.

Science has not yet been able to answer the question of why

water is the only substance on the planet that

can exist in three states... Liquid, solid, and gaseous.

Why does water have the highest surface tension of all liquids?

Why is it the most powerful solvent on Earth?

And how in defiance of the Earth's gravity

is water able to rise through the trunks of gigantic trees

against tens of atmospheres of pressure?

In a seed, for example, it reaches 400 atmospheres

at the moment of germination.

That's why a plant shoot can break through asphalt

with ease.

The water, of course, remains water.

But its structure, like a nervous system,

reacts to any irritation.

The water molecule is a dipole.

One end is charged more negatively

and the other more positively.

This is a well known phenomenon.

A molecule acting through its negatively charged end

can attract another molecule by its positively charged end.

And then another molecule.

This is how the structure of water is formed.

It is fluid and short lived.

Somehow, among the changing forms,

one can see stable formations.

These are called clusters.

It is within these structures that water retains

information it has captured.

Any substance coming into contact with water

leaves a trace in the water.

Had our ancestors guessed this when

they used silver vessels to turn ordinary water into healing

water?

In the 1960s in a closed laboratory in Germany,

something inexplicable occurred.

A laboratory assistant dropped a vacuum

sealed ampule containing virulent poison into a vessel

with distilled water.

Trying to conceal her blunder, she just left it in the water.

The ampule was discovered only three days later.

Since it was sealed, it did not pose any special hazard

and the matter was closed.

Later, the water was given to laboratory mice...

And they died.

Immediately the water was thoroughly tested.

Chemically, it proved to be impeccably clean.

It meant that the water without direct contact with the poison

somehow adopted its properties.

In other words, it received negative information

from the poison.

A fantastic hypotheses was put forward,

a hypotheses that could explain water's unpredictable behavior.

Water has memory.

Experiments done in many countries around the world

have shown that water receives and makes

an imprint of any outside influence, remembering

everything that occurs in the space that surrounds it.

It makes no difference where the water is located.

If you transport water to outer space,

it remains sensitive to what it encounters.

NASA scientists discovered this when they released water

in a low gravity environment.

Pure water is hard to make, it's hard to get,

and it's kind of reactive.

It's very polar liquid.

And so it tends to dissolve things and grab things,

and they become what we call surface active.

If you take a drop of oil or something like that,

it won't do that.

Ethanol or alcohol won't do that.

But water is a highly contaminable surface.

If you fill up a water balloon, there

was some junk on the mandril that they

used to make the balloon in the first place that's

on the inside of the balloon that's instantly in the liquid.

Now, when you deploy that, that junk that's in the liquid then

goes to the surface.

And so it changes the surface properties somewhat.

Water drops oscillate in reaction

to the burst balloon membrane.

It takes 45 minutes for it to stabilize and form

a perfect sphere.

Further experiments at low gravity

allowed astronauts to study a sphere of water 75 millimeters

in diameter with an air bubble inside.

When water droplets were injected into the bubble,

they created collision dynamics in action.

Most of the collisions were created

in a rebound or elastic fashion, bouncing off

each other and the wall.

But on occasion, an internal bubble would oscillate

and the momentum would carry it across the interface

in a mass transfer.

The structure of water means how its molecules are organized.

We can see how water molecules join together into groups.

Scientists came up with the idea that these clusters

work as memory cells of a certain sort in which water

records the whole history of its relationship with the world

as if on magnetic tape.

If you consider a cluster as a group of specific molecules,

then it can survive only a short amount of time.

But if you consider it as a structure whereby molecules can

leave and other molecules come in,

the cluster can last effectively for a very long time.

The stability of the cluster structures

confirm the hypothesis that water

is capable of recording and storing information.

It may be the single most malleable computer, which can...

It's like a computer memory.

It's a memory of information.

You must know how it is arranged.

It is like the alphabet.

If I give you the alphabet, you don't know a word,

you don't a letter, you don't know a sentence.

So the molecular structure is the alphabet of water.

And you must make a sentence out of water.

And you can change the sentence.

This leads us to the idea that information is either made up

of water or exists in it.

Like sculptures that have not yet

been created are present in a piece of clay,

so the images of all future living organisms

were present in the water.

Water merely brought to life a preexisting conception.

But for any process to begin requires an impulse.

Wise men of ancient times believed that for life to arise

was a primordial divine spark.

This spark imprinted in the water

the sequence of future development.

The entire course of evolution provides evidence of this.

There are such animals, for example, jellyfish.

Jellyfishes are 99.9% water.

And we as biologists study the left 0.1%

of these jellyfish in order to understand how this bulk water,

why it is a life.

Probably this water is alive, and this 0.1%

simply allows it to be a life.

We ourselves when we're newborns or when we were fetuses,

we were 95 or even more percent of water.

We're already alive.

I think that scientists should look more closely at how water

interacts with their molecules.

At a molecular level, it creates the structure of DNA.

We wouldn't have the DNA helix without water.

It creates the structure of proteins.

So our bodies wouldn't work without the water.

Water is a universal computer that

reveals any biological program, and thus water

is the only thing that can change it.

Water has a life cycle of its own,

flowing from melting glaciers down steep mountain slopes.

During the journey down, the crystal streams

are filled with the energy of the sun.

They absorb information about the properties of the soil,

about the composition of minerals and rocks.

The impressions of such water are full of fresh air.

These impacts change water structurally.

Meanwhile, for a human being, water

remains the same: Without taste, without color,

and without odor.