you knew, i had to give you, one more right?, you know peep's, we can change the world, and they know it, while they rely on technology, to alter time lines and play around, with probability wave matrices, we will do it the traditional way, the human way, it may be harder to achieve, but all destinations are made worthwhile by their journey, ans that's just the way it's, "gotta be", the energy of the uni-verse is enough same as people are taking medication to postpone the inevitable while they get repeat custom there is a natural way of curing all disease's, and they know it, it's water possess some unique attributes, and we are mainly water, it is the only know substance that freeze's, when you take out the ambient energy, and it has the following properties,
Boiling Point and Freezing Point.
Surface Tension, Heat of Vaporisation, and Vapour Pressure.
Viscosity and Cohesion.
Solid State.
Liquid State.
Gas State.
Its solid state is less dense than its liquid state, so it floats. Water's boiling point is unusually high. Other compounds similar in weight to water have a much lower boiling point. Another unique property of water is its ability to dissolve a large variety of chemical substances.
With 70% of our earth being ocean water and 65% of our bodies being water, it is hard to not be aware of how important it is in our lives. There are 3 different forms of water, or H2O: solid (ice), liquid (water), and gas (steam). Because water seems so ubiquitous, many people are unaware of the unusual and unique properties of water, including:
Boiling Point and Freezing Point
Surface Tension, Heat of Vaporisation, and Vapour Pressure
Viscosity and Cohesion
Solid State
Liquid State
Gas State
Boiling Point and Freezing Point
If you look at the periodic table and locate tellurium (atomic number: 52), you find that the boiling points of hydrides decrease as molecule size decreases. So the hydride for tellurium: H2Te (hydrogen telluride) has a boiling point of -4°C. Moving up, the next hydride would be H2Se (hydrogen selenide) with a boiling point of -42°C. One more up and you find that H2S (hydrogen sulfide) has a boiling point at -62°C. The next hydride would be H2O (WATER!). And we all know that the boiling point of water is 100°C. So despite its small molecular weight, water has an incredibly big boiling point. This is because water requires more energy to break its hydrogen bonds before it can then begin to boil. The same concept is applied to freezing point as well, as seen in the table below. The boiling and freezing points of water enable the molecules to be very slow to boil or freeze, this is important to the ecosystems living in water. If water was very easy to freeze or boil, drastic changes in the environment and so in oceans or lakes would cause all the organisms living in water to die. This is also why sweat is able to cool our bodies.
COMPOUND BOILING POINT FREEZING POINT Hydrogen Telluride -4°C -49°C
Hydrogen Selenide -42°C -64°C
Hydrogen Sulfide -62°C -84°C
Water 100°C 0 °C
Surface Tension, Heat of Vaporisation, and Vapour Pressure
Besides mercury, water has the highest surface tension for all liquids. Water's high surface tension is due to the hydrogen bonding in water molecules. Water also has an exceptionally high heat of vaporisation. Vaporisation occurs when a liquid changes to a gas, which makes it an endothermic reaction. Water's heat of vaporisation is 41 kJ/mol. Vapour pressure is inversely related to inter-molecular forces, so those with stronger inter-molecular forces have a lower vapour pressure. Water has very strong inter-molecular forces, hence the low vapour pressure, but it's even lower compared to larger molecules with low vapour pressures.
Viscosity is the property of fluid having high resistance to flow. We normally think of liquids like honey or motor oil being viscous, but when compared to other substances with like structures, water is viscous. Liquids with stronger inter-molecular interactions are usually more viscous than liquids with weak inter-molecular interactions.
Cohesion is inter-molecular forces between like molecules; this is why water molecules are able to hold themselves together in a drop. Water molecules are very cohesive because of the molecule's polarity. This is why you can fill a glass of water just barely above the rim without it spilling.
Solid State (Ice)
All substances, including water, become less dense when they are heated and more dense when they are cooled. So if water is cooled, it becomes more dense and forms ice. Water is one of the few substances whose solid state can float on its liquid state! Why? Water continues to become more dense until it reaches 4°C. After it reaches 4°C, it becomes LESSdense. When freezing, molecules within water begin to move around more slowly, making it easier for them to form hydrogen bonds and eventually arrange themselves into an open crystalline, hexagonal structure. Because of this open structure as the water molecules are being held further apart, the volume of water increases about 9%. So molecules are more tightly packed in water's liquid state than its solid state. This is why a can of soda can explode in the freezer.
Liquid State (Liquid Water)
It is very rare to find a compound that lacks carbon to be a liquid at standard temperatures and pressures. So it is unusual for water to be a liquid at room temperature! Water is liquid at room temperature so it's able to move around quicker than it is as solid, enabling the molecules to form fewer hydrogen bonds resulting in the molecules being packed more closely together. Each water molecule links to four others creating a tetrahedral arrangement, however they are able to move freely and slide past each other, while ice forms a solid, larger hexagonal structure.
Gas State (Steam)
As water boils, its hydrogen bonds are broken. Steam particles move very far apart and fast, so barely any hydrogen bonds have the time to form. So, less and less hydrogen bonds are present as the particles reach the critical point above steam. The lack of hydrogen bonds explains why steam causes much worse burns that water. Steam contains all the energy used to break the hydrogen bonds in water, so when steam hits your face you first absorb the energy the steam has taken up from breaking the hydrogen bonds it its liquid state. Then, in an exothermic reaction, steam is converted into liquid water and heat is released. This heat adds to the heat of boiling water as the steam condenses on your skin.
Water as the Universal Solvent
Because of water's polarity, it is able to dissolve or dissociate many particles. Oxygen has a slightly negative charge, while the two hydrogen's have a slightly positive charge. The slightly negative particles of a compound will be attracted to water's hydrogen atoms, while the slightly positive particles will be attracted to water's oxygen molecule; this causes the compound to dissociate. Besides the explanations above, we can look to some attributes of a water molecule to provide some more reasons of water's uniqueness:
Forgetting fluorine, oxygen is the most electronegative non-noble gas element, so while forming a bond, the electrons are pulled towards the oxygen atom rather than the hydrogen. This creates 2 polar bonds, which make the water molecule more polar than the bonds in the other hydrides in the group.
A 104.5° bond angle creates a very strong dipole.
Water has hydrogen bonding which probably is a vital aspect in waters strong inter-molecular interaction
Why is this important for the real world?
The properties of water make it suitable for organisms to survive in during differing weather conditions. Ice freezes as it expands, which explains why ice is able to float on liquid water. During the winter when lakes begin to freeze, the surface of the water freezes and then moves down toward deeper water; this explains why people can ice skate on or fall through a frozen lake. If ice was not able to float, the lake would freeze from the bottom up killing all ecosystems living in the lake. However ice floats, so the fish are able to survive under the surface of the ice during the winter. The surface of ice above a lake also shields lakes from the cold temperature outside and insulates the water beneath it, allowing the lake under the frozen ice to stay liquid and maintain a temperature adequate for the ecosystems living in the lake to survive,
water is the key, to healing it can retain information a a molecular level which can be absorbed by the human body, the right type of water, charged with the right energy, with out chemicals or treatment can cure you, even a sound emmitter tuned to the correct frequency can kill bacterial cells, did you know this that you can phsically see the change i the water as demonstrated by Masaru Emoto, and this is how he did it and the results, well worth the read and watch ;) (https://www.youtube.com/watch?v=L0JU03CGFrU), in his own words here it is
It was 1994 when the idea to freeze water and observe it with microscope came upon me. With this method, I was convinced that I should be able to see something like snow crystals.
After two months of trial and error, this idea bore fruit. The beautifully shining hexagonal crystals were created from the invisible world. My staff at the laboratory and I were absorbed in it and began to do many researches.
At first, we strenuously observed crystals of tap water, river water, and lake water. From the tap water we could not get any beautiful crystals. We could not get any beautiful ones from rivers and lakes near big cities, either. However, from the water from rivers and lakes where water is kept pristine from development, we could observe beautiful crystals with each one having its own uniqueness.
The observation was done in various ways:
Observe the crystal of frozen water after showing
letters to water
Showing pictures to water
Playing music to water
Praying to water
In all of these experiments, distilled water for hospital usage produced by the same company was used. Since it is distilled twice, it can be said that it is pure water.
The result was that we always observed beautiful crystals after giving good words, playing good music, and showing, playing, or offering pure prayer to water. On the other hand, we observed disfigured crystals in the opposite situation. Moreover, we never observed identical crystals.
I published these results as photograph collections: “Messages from Water 1” (1999), “Messages from Water 2” (2002), “Messages from Water 3” (2004), and “Messages from Water 4” (2008). (All of them are published from Hado Kyoiku-Sha.)
Then in November 2001, “Water Knows the Answer” (Sunmark Publishing) was published not as a photograph collection but as explanatory book. Many of you may know that these books have become bestseller not only in Japan but also rather in overseas.
It is “beauty” if I were asked about the selection criteria of crystals.
This world is filled with wonders and mysteries that get more incomprehensible if we try to think of a reason. In a familiar situation, for example, why do dogs exist and why do cats exist? Why do mice exist and why do snakes exist? Why are there cherry blossom trees and why are there willow trees? What is a human being in the first place? As such, there are so many incomprehensible things that we cannot understand at all.
Thus, except for some of truly basic things, no one disagrees that there are still so many unknowns. Probably we understand 3%. in other words, I think 97% is unknown. The reason why the number is 3% is that the research of geneticists revealed the level of our DNA activation is 3%.
I believe the original idea of creation by the creator of this universe was “the pursuit of beauty.” Everything is combination of energetic vibration. As vibration resonates, it makes some tangible objects.
Combination of non-resonating vibration can result in destructive energy, and nothing can be created out of it. When some vibration and the other resonate each other, it always creates beautiful design. Thus, most of the Earth is covered with beautiful nature.
That is why scientists, philosophers, and religionists pursue for unknown facts. Is it presumptuous to suggest them taking paths with “the pursuit of beauty” in mind as a means to confirm their right paths?
There are approximately 7 billion people exist on this Earth now. I think there is one common standard we share although our skin colours, languages, religious beliefs may be different. I think that is the standard of “beauty”.
However, the deep pursuit of beauty is slightly different depending on experience, age, and personality. That is why many types of wonderful artists who pursue the secrets of beauty always appear in the human history one after another.
Therefore, the photograph of crystals is neither science nor religion. I hope it is enjoyed as a new type of art. Nevertheless, the world it shows is truth, and there is no doubt that many messages essential to our lives are hidden in it.
Masaru Emoto
We can take water crystal photographs of your water!
Please download and read the application form and follow the instruction written on the application. First of all, you need an approval which your water samples can be qualified to be tested by Office Masaru Emoto. So please submit the application form first and please DO NOT SEND THE WATER SAMPLES unless we ask you to do so.
(https://www.youtube.com/watch?v=au4qx_l8KEU), (https://www.youtube.com/watch?v=ujQAk9EM3xg), we can even effect matter with sound, (https://www.youtube.com/watch?v=5qmQynxqGjY), if you learned nothing today, watch these video link's, and be enlightened, #yourwelcome, and now it's defo time, for me to go, up and out, to the place where the dreams, are made, second star, to the right, and straight on, 'till morning, and with that, I AM out as, standardz, hahahahahaha, :) #edio
end transmission :) peace
Boiling Point and Freezing Point.
Surface Tension, Heat of Vaporisation, and Vapour Pressure.
Viscosity and Cohesion.
Solid State.
Liquid State.
Gas State.
Its solid state is less dense than its liquid state, so it floats. Water's boiling point is unusually high. Other compounds similar in weight to water have a much lower boiling point. Another unique property of water is its ability to dissolve a large variety of chemical substances.
With 70% of our earth being ocean water and 65% of our bodies being water, it is hard to not be aware of how important it is in our lives. There are 3 different forms of water, or H2O: solid (ice), liquid (water), and gas (steam). Because water seems so ubiquitous, many people are unaware of the unusual and unique properties of water, including:
Boiling Point and Freezing Point
Surface Tension, Heat of Vaporisation, and Vapour Pressure
Viscosity and Cohesion
Solid State
Liquid State
Gas State
Boiling Point and Freezing Point
If you look at the periodic table and locate tellurium (atomic number: 52), you find that the boiling points of hydrides decrease as molecule size decreases. So the hydride for tellurium: H2Te (hydrogen telluride) has a boiling point of -4°C. Moving up, the next hydride would be H2Se (hydrogen selenide) with a boiling point of -42°C. One more up and you find that H2S (hydrogen sulfide) has a boiling point at -62°C. The next hydride would be H2O (WATER!). And we all know that the boiling point of water is 100°C. So despite its small molecular weight, water has an incredibly big boiling point. This is because water requires more energy to break its hydrogen bonds before it can then begin to boil. The same concept is applied to freezing point as well, as seen in the table below. The boiling and freezing points of water enable the molecules to be very slow to boil or freeze, this is important to the ecosystems living in water. If water was very easy to freeze or boil, drastic changes in the environment and so in oceans or lakes would cause all the organisms living in water to die. This is also why sweat is able to cool our bodies.
COMPOUND BOILING POINT FREEZING POINT Hydrogen Telluride -4°C -49°C
Hydrogen Selenide -42°C -64°C
Hydrogen Sulfide -62°C -84°C
Water 100°C 0 °C
Surface Tension, Heat of Vaporisation, and Vapour Pressure
Besides mercury, water has the highest surface tension for all liquids. Water's high surface tension is due to the hydrogen bonding in water molecules. Water also has an exceptionally high heat of vaporisation. Vaporisation occurs when a liquid changes to a gas, which makes it an endothermic reaction. Water's heat of vaporisation is 41 kJ/mol. Vapour pressure is inversely related to inter-molecular forces, so those with stronger inter-molecular forces have a lower vapour pressure. Water has very strong inter-molecular forces, hence the low vapour pressure, but it's even lower compared to larger molecules with low vapour pressures.
Viscosity is the property of fluid having high resistance to flow. We normally think of liquids like honey or motor oil being viscous, but when compared to other substances with like structures, water is viscous. Liquids with stronger inter-molecular interactions are usually more viscous than liquids with weak inter-molecular interactions.
Cohesion is inter-molecular forces between like molecules; this is why water molecules are able to hold themselves together in a drop. Water molecules are very cohesive because of the molecule's polarity. This is why you can fill a glass of water just barely above the rim without it spilling.
Solid State (Ice)
All substances, including water, become less dense when they are heated and more dense when they are cooled. So if water is cooled, it becomes more dense and forms ice. Water is one of the few substances whose solid state can float on its liquid state! Why? Water continues to become more dense until it reaches 4°C. After it reaches 4°C, it becomes LESSdense. When freezing, molecules within water begin to move around more slowly, making it easier for them to form hydrogen bonds and eventually arrange themselves into an open crystalline, hexagonal structure. Because of this open structure as the water molecules are being held further apart, the volume of water increases about 9%. So molecules are more tightly packed in water's liquid state than its solid state. This is why a can of soda can explode in the freezer.
Liquid State (Liquid Water)
It is very rare to find a compound that lacks carbon to be a liquid at standard temperatures and pressures. So it is unusual for water to be a liquid at room temperature! Water is liquid at room temperature so it's able to move around quicker than it is as solid, enabling the molecules to form fewer hydrogen bonds resulting in the molecules being packed more closely together. Each water molecule links to four others creating a tetrahedral arrangement, however they are able to move freely and slide past each other, while ice forms a solid, larger hexagonal structure.
Gas State (Steam)
As water boils, its hydrogen bonds are broken. Steam particles move very far apart and fast, so barely any hydrogen bonds have the time to form. So, less and less hydrogen bonds are present as the particles reach the critical point above steam. The lack of hydrogen bonds explains why steam causes much worse burns that water. Steam contains all the energy used to break the hydrogen bonds in water, so when steam hits your face you first absorb the energy the steam has taken up from breaking the hydrogen bonds it its liquid state. Then, in an exothermic reaction, steam is converted into liquid water and heat is released. This heat adds to the heat of boiling water as the steam condenses on your skin.
Water as the Universal Solvent
Because of water's polarity, it is able to dissolve or dissociate many particles. Oxygen has a slightly negative charge, while the two hydrogen's have a slightly positive charge. The slightly negative particles of a compound will be attracted to water's hydrogen atoms, while the slightly positive particles will be attracted to water's oxygen molecule; this causes the compound to dissociate. Besides the explanations above, we can look to some attributes of a water molecule to provide some more reasons of water's uniqueness:
Forgetting fluorine, oxygen is the most electronegative non-noble gas element, so while forming a bond, the electrons are pulled towards the oxygen atom rather than the hydrogen. This creates 2 polar bonds, which make the water molecule more polar than the bonds in the other hydrides in the group.
A 104.5° bond angle creates a very strong dipole.
Water has hydrogen bonding which probably is a vital aspect in waters strong inter-molecular interaction
Why is this important for the real world?
The properties of water make it suitable for organisms to survive in during differing weather conditions. Ice freezes as it expands, which explains why ice is able to float on liquid water. During the winter when lakes begin to freeze, the surface of the water freezes and then moves down toward deeper water; this explains why people can ice skate on or fall through a frozen lake. If ice was not able to float, the lake would freeze from the bottom up killing all ecosystems living in the lake. However ice floats, so the fish are able to survive under the surface of the ice during the winter. The surface of ice above a lake also shields lakes from the cold temperature outside and insulates the water beneath it, allowing the lake under the frozen ice to stay liquid and maintain a temperature adequate for the ecosystems living in the lake to survive,
water is the key, to healing it can retain information a a molecular level which can be absorbed by the human body, the right type of water, charged with the right energy, with out chemicals or treatment can cure you, even a sound emmitter tuned to the correct frequency can kill bacterial cells, did you know this that you can phsically see the change i the water as demonstrated by Masaru Emoto, and this is how he did it and the results, well worth the read and watch ;) (https://www.youtube.com/watch?v=L0JU03CGFrU), in his own words here it is
It was 1994 when the idea to freeze water and observe it with microscope came upon me. With this method, I was convinced that I should be able to see something like snow crystals.
After two months of trial and error, this idea bore fruit. The beautifully shining hexagonal crystals were created from the invisible world. My staff at the laboratory and I were absorbed in it and began to do many researches.
At first, we strenuously observed crystals of tap water, river water, and lake water. From the tap water we could not get any beautiful crystals. We could not get any beautiful ones from rivers and lakes near big cities, either. However, from the water from rivers and lakes where water is kept pristine from development, we could observe beautiful crystals with each one having its own uniqueness.
The observation was done in various ways:
Observe the crystal of frozen water after showing
letters to water
Showing pictures to water
Playing music to water
Praying to water
In all of these experiments, distilled water for hospital usage produced by the same company was used. Since it is distilled twice, it can be said that it is pure water.
The result was that we always observed beautiful crystals after giving good words, playing good music, and showing, playing, or offering pure prayer to water. On the other hand, we observed disfigured crystals in the opposite situation. Moreover, we never observed identical crystals.
I published these results as photograph collections: “Messages from Water 1” (1999), “Messages from Water 2” (2002), “Messages from Water 3” (2004), and “Messages from Water 4” (2008). (All of them are published from Hado Kyoiku-Sha.)
Then in November 2001, “Water Knows the Answer” (Sunmark Publishing) was published not as a photograph collection but as explanatory book. Many of you may know that these books have become bestseller not only in Japan but also rather in overseas.
It is “beauty” if I were asked about the selection criteria of crystals.
This world is filled with wonders and mysteries that get more incomprehensible if we try to think of a reason. In a familiar situation, for example, why do dogs exist and why do cats exist? Why do mice exist and why do snakes exist? Why are there cherry blossom trees and why are there willow trees? What is a human being in the first place? As such, there are so many incomprehensible things that we cannot understand at all.
Thus, except for some of truly basic things, no one disagrees that there are still so many unknowns. Probably we understand 3%. in other words, I think 97% is unknown. The reason why the number is 3% is that the research of geneticists revealed the level of our DNA activation is 3%.
I believe the original idea of creation by the creator of this universe was “the pursuit of beauty.” Everything is combination of energetic vibration. As vibration resonates, it makes some tangible objects.
Combination of non-resonating vibration can result in destructive energy, and nothing can be created out of it. When some vibration and the other resonate each other, it always creates beautiful design. Thus, most of the Earth is covered with beautiful nature.
That is why scientists, philosophers, and religionists pursue for unknown facts. Is it presumptuous to suggest them taking paths with “the pursuit of beauty” in mind as a means to confirm their right paths?
There are approximately 7 billion people exist on this Earth now. I think there is one common standard we share although our skin colours, languages, religious beliefs may be different. I think that is the standard of “beauty”.
However, the deep pursuit of beauty is slightly different depending on experience, age, and personality. That is why many types of wonderful artists who pursue the secrets of beauty always appear in the human history one after another.
Therefore, the photograph of crystals is neither science nor religion. I hope it is enjoyed as a new type of art. Nevertheless, the world it shows is truth, and there is no doubt that many messages essential to our lives are hidden in it.
Masaru Emoto
We can take water crystal photographs of your water!
Please download and read the application form and follow the instruction written on the application. First of all, you need an approval which your water samples can be qualified to be tested by Office Masaru Emoto. So please submit the application form first and please DO NOT SEND THE WATER SAMPLES unless we ask you to do so.
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end transmission :) peace
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