The Forces of Nature by Kelland Terry, Ph.D.
The virtual graviton particle is ejected some 10 to 20 million meters in space as discussed in a previous blog. The evidence presented suggests this string exists for a second or so, which allows it to travel this great distance and return at nearly the same velocity as a magnon.
My model suggests the virtual particle that is to become a graviton is ejected from an area between the two spheres of the electron. The electron is spinning rapidly, and I envision that the graviton becomes wrapped between the two spheres of the electron in the same manner as a fishing line on a reel. As the graviton retracts, it creates great pressure on the center of the electron, which effectively divides the electron into two spheres.
Because the graviton exists through many string cycles, the electron continually exists as two spheres. This preserves the n-goo in one sphere and s-goo in the other sphere. I will come back to the composition of the graviton in a future blog, but first I will continue to define the electron string cycle. Kelland—www.vestheory.com
Monday, October 31, 2011
Sunday, October 30, 2011
Electron string cycle cont’d
The Forces of Nature by Kelland Terry, Ph.D.
We saw in the previous blog that the electron’s n-magnons bond to the electron’s s-magnons, and then retract against the surface of the electron. As they retract, they create great internal pressure inside the electron’s two spheres. The strings that make up the electric fields contribute in a similar way.
The electron makes e-electons that give the electron its negative charge and allows it to bond to the p-electons emanating from the proton. Recently, scientists have also shown there are virtual particles surrounding the electron that are composed of both negative and positive particles bonded together. I believe the electron is making an excess number of e-electons that bond to the p-electons that also arise from the electron.
It may well be that the electron makes 2 units of e-electons and one unit of p-electons, and that one sphere of the electron creates e-electons and the other sphere p-electons, just as one sphere makes n-magnons and the other sphere makes s-magnons. It follows that one unit of e-electons becomes bound to the one unit of p-electons leaving one unit of free e-electons or one unit of charge. This unit bonds with the p-electons emanating from the proton (actually from the quarks inside the proton).
When the electron’s e-electons emanating from one sphere come in contact with an equal number of p-electons emanating from the other sphere, they bond and retract. There must be billions of these strings that bond and cover the electron like an orange peal as they retract back inside the electron. This causes great internal pressure inside the two spheres of the electron. Gravitons also have a key role to play as discussed in the next blog. Kelland—www.vestheory.com
We saw in the previous blog that the electron’s n-magnons bond to the electron’s s-magnons, and then retract against the surface of the electron. As they retract, they create great internal pressure inside the electron’s two spheres. The strings that make up the electric fields contribute in a similar way.
The electron makes e-electons that give the electron its negative charge and allows it to bond to the p-electons emanating from the proton. Recently, scientists have also shown there are virtual particles surrounding the electron that are composed of both negative and positive particles bonded together. I believe the electron is making an excess number of e-electons that bond to the p-electons that also arise from the electron.
It may well be that the electron makes 2 units of e-electons and one unit of p-electons, and that one sphere of the electron creates e-electons and the other sphere p-electons, just as one sphere makes n-magnons and the other sphere makes s-magnons. It follows that one unit of e-electons becomes bound to the one unit of p-electons leaving one unit of free e-electons or one unit of charge. This unit bonds with the p-electons emanating from the proton (actually from the quarks inside the proton).
When the electron’s e-electons emanating from one sphere come in contact with an equal number of p-electons emanating from the other sphere, they bond and retract. There must be billions of these strings that bond and cover the electron like an orange peal as they retract back inside the electron. This causes great internal pressure inside the two spheres of the electron. Gravitons also have a key role to play as discussed in the next blog. Kelland—www.vestheory.com
Saturday, October 29, 2011
Electron’s elastic string cycle
The Forces of Nature by Kelland Terry, Ph.D.
There was no electricity to our farm house when I was a small child, and there was no bathroom for several years. To take a bath, Mother heated some water on our wood stove, and we took turns bathing in a number 2 (?) metal tub. Today we are absolutely dependent upon electricity, and thankfully so because I don’t even own a number 2 tub. At the heart of electricity lies the electron.
The electron is a busy little particle. It creates electric fields, magnetic fields, and gravitational fields. These fields are self inducing. The creation and retraction of the elastic strings that make up these fields continually cause new fields to form as old fields disappear. It is a cyclical process that mirrors the oscillation period of an electron. I refer to it as the electron’s string cycle.
The electron makes n-magnons that arise from the north pole of the electron and it makes an equal number of s-magnons that arise from the south pole of the electron. When they meet in space they bond and retract against the surface of the electron. They form a fabric of strings that surround the electron, and when they retract they exert great inward pressure on the electron. This also happens for the electric fields as discussed in my next blog. Kelland—www.vestheory.com
There was no electricity to our farm house when I was a small child, and there was no bathroom for several years. To take a bath, Mother heated some water on our wood stove, and we took turns bathing in a number 2 (?) metal tub. Today we are absolutely dependent upon electricity, and thankfully so because I don’t even own a number 2 tub. At the heart of electricity lies the electron.
The electron is a busy little particle. It creates electric fields, magnetic fields, and gravitational fields. These fields are self inducing. The creation and retraction of the elastic strings that make up these fields continually cause new fields to form as old fields disappear. It is a cyclical process that mirrors the oscillation period of an electron. I refer to it as the electron’s string cycle.
The electron makes n-magnons that arise from the north pole of the electron and it makes an equal number of s-magnons that arise from the south pole of the electron. When they meet in space they bond and retract against the surface of the electron. They form a fabric of strings that surround the electron, and when they retract they exert great inward pressure on the electron. This also happens for the electric fields as discussed in my next blog. Kelland—www.vestheory.com
Thursday, October 27, 2011
Elastic strings meet and bond
The Forces of Nature by Kelland Terry, Ph.D.
The space about us contains a vast number of gravitons and other strings that form a dense matrix in space. We can not personally sense them because of their perfect elasticity, their almost insignificant mass, and the great distance they are shot into space. However, in a previous blog, I did explain my own experiments that show us that a spinning Ping-Pong ball is deflected by a magnetic field and continues to curve even in a vacuum. Thus, strings have a physical presence in space, they have mass. This conclusion is supported by various phenomena in our solar system, which I will go into at a later time.
Scientists have shown that magnetic fields and electric fields created by photons emanate from these particles at a 90 degree angle to the particle’s line of flight. It is reasonable that the photon’s strings are at least partially swept to the rear of the particle as it flies through a matrix of gravitons. In the same manner, the electron’s n-magnons and s-magnons are to some extent swept to the rear where they meet and bond as the electron rotates around the proton. Kelland—www.vestheory.com
The space about us contains a vast number of gravitons and other strings that form a dense matrix in space. We can not personally sense them because of their perfect elasticity, their almost insignificant mass, and the great distance they are shot into space. However, in a previous blog, I did explain my own experiments that show us that a spinning Ping-Pong ball is deflected by a magnetic field and continues to curve even in a vacuum. Thus, strings have a physical presence in space, they have mass. This conclusion is supported by various phenomena in our solar system, which I will go into at a later time.
Scientists have shown that magnetic fields and electric fields created by photons emanate from these particles at a 90 degree angle to the particle’s line of flight. It is reasonable that the photon’s strings are at least partially swept to the rear of the particle as it flies through a matrix of gravitons. In the same manner, the electron’s n-magnons and s-magnons are to some extent swept to the rear where they meet and bond as the electron rotates around the proton. Kelland—www.vestheory.com
Wednesday, October 26, 2011
Something about nothing
The Forces of Nature by Kelland Terry, Ph.D.
One summer when we were in grade school, my cousin and I herded a few cows on top of Dad’s mountain for our uncle. I had no shoes and the trip up and down that mountain was torture because I also sprained my ankle on the trail home. Our uncle gave us 25 cents and told us to split it. I don’t know who got the odd penny. Obviously, I must have been disappointed in our day’s earnings or I would not have remembered it. However, to be fair to our uncle, 25 cents at that time is probably equivalent to a few dollars today. I remember walking 2 miles to earn 10 cents for milking someone’s cow, and when I was in the 5th or 6th grade, they let grade school out early that spring so the kids could harvest strawberries for a local farmer. I remember picking about 14 crates of strawberries over a two day period, which netted me $7.00. When I was a little older, my cousin and I would hitchhike 20 miles to pick fruit, and then thumb home. I was fortunate in life because I never felt poor nor did I ever feel the need to accumulate money except to ease the pathway through life.
Almost everything I’ve done in life has been out of curiosity, which finally led me to elastic strings. If you are reading this blog, you must also be curious about the nature of things. Perhaps you are pondering over the following questions:
If all gravitons are presumably identical why don’t they bond and form a force of repulsion? How do electrons, photons, and quarks hold onto the gravitons when they retract? What causes the traveling wave that proceeds along all strings at great velocity? How do elastic string cycles work? The answer to the last question is key to understanding the first three questions. I will first tackle the electron’s elastic string cycle. Kelland—www.vestheory.com
One summer when we were in grade school, my cousin and I herded a few cows on top of Dad’s mountain for our uncle. I had no shoes and the trip up and down that mountain was torture because I also sprained my ankle on the trail home. Our uncle gave us 25 cents and told us to split it. I don’t know who got the odd penny. Obviously, I must have been disappointed in our day’s earnings or I would not have remembered it. However, to be fair to our uncle, 25 cents at that time is probably equivalent to a few dollars today. I remember walking 2 miles to earn 10 cents for milking someone’s cow, and when I was in the 5th or 6th grade, they let grade school out early that spring so the kids could harvest strawberries for a local farmer. I remember picking about 14 crates of strawberries over a two day period, which netted me $7.00. When I was a little older, my cousin and I would hitchhike 20 miles to pick fruit, and then thumb home. I was fortunate in life because I never felt poor nor did I ever feel the need to accumulate money except to ease the pathway through life.
Almost everything I’ve done in life has been out of curiosity, which finally led me to elastic strings. If you are reading this blog, you must also be curious about the nature of things. Perhaps you are pondering over the following questions:
If all gravitons are presumably identical why don’t they bond and form a force of repulsion? How do electrons, photons, and quarks hold onto the gravitons when they retract? What causes the traveling wave that proceeds along all strings at great velocity? How do elastic string cycles work? The answer to the last question is key to understanding the first three questions. I will first tackle the electron’s elastic string cycle. Kelland—www.vestheory.com
Tuesday, October 25, 2011
Gravity depends on distance through object
The Forces of Nature by Kelland Terry, Ph.D.
The bucket that struck my head held tightly to Earth’s gravitons, and Earth grasped the buckets gravitons. The resistance created enabled the bucket to pull on Earth and Earth to pull on the bucket. The force of attraction between bucket and Earth was shared equally by these two bodies.
The resistance created when a graviton retracts is key to understanding the force a graviton can exert when it pulls on some object. Resistance is due to two factors: the density of the object and distance through an object. This explains why a graviton from Earth retracting through the Sun creates 27.1 times more force than a graviton from the Sun retracting through Earth. The density of the Earth is greater than the density of the Sun; however, the average distance through the Sun is much greater than the average distance through Earth, which makes up for Earth’s greater density.
The force of attraction between Earth and Sun is shared equally between these two bodies. The number of gravitons from the Sun that penetrate Earth is much greater than the number of Earth’s gravitons that penetrate the Sun. However, each graviton from Earth creates 27.1 times the retraction force. Thus:
The number of Earth’s gravitons striking the Sun times the Sun’s density times the distance through the Sun is exactly equal to the number of the Sun’s gravitons striking Earth, times the density of Earth, times the distance through Earth. That’s a mouth full, isn’t it? Kelland—www.vestheory.com
The bucket that struck my head held tightly to Earth’s gravitons, and Earth grasped the buckets gravitons. The resistance created enabled the bucket to pull on Earth and Earth to pull on the bucket. The force of attraction between bucket and Earth was shared equally by these two bodies.
The resistance created when a graviton retracts is key to understanding the force a graviton can exert when it pulls on some object. Resistance is due to two factors: the density of the object and distance through an object. This explains why a graviton from Earth retracting through the Sun creates 27.1 times more force than a graviton from the Sun retracting through Earth. The density of the Earth is greater than the density of the Sun; however, the average distance through the Sun is much greater than the average distance through Earth, which makes up for Earth’s greater density.
The force of attraction between Earth and Sun is shared equally between these two bodies. The number of gravitons from the Sun that penetrate Earth is much greater than the number of Earth’s gravitons that penetrate the Sun. However, each graviton from Earth creates 27.1 times the retraction force. Thus:
The number of Earth’s gravitons striking the Sun times the Sun’s density times the distance through the Sun is exactly equal to the number of the Sun’s gravitons striking Earth, times the density of Earth, times the distance through Earth. That’s a mouth full, isn’t it? Kelland—www.vestheory.com
Monday, October 24, 2011
Resistance to graviton retraction
The Forces of Nature by Kelland Terry, Ph.D.
I clearly remember helping my older brother add soil to the top of our outhouse to ward off the rain. He took the high position on top of the outhouse and I filled the bucket with dirt that he would pull up with a rope. He managed to drop the bucket on top of my head, which left a gash in my noggin and blood running down my face. This was in the 1930’s, and at that time, I had never seen the inside of a bathroom. And there wasn’t much in the way of toilet paper either. We probably used the pages from an old copy of a Sears and Roebuck catalogue.
The bucket had to hold onto Earth’s gravitons in some manner, otherwise there would be no way for Earth to pull on the bucket. The question is: How did the bucket grab hold of the gravitons emanating from Earth? There are four parts to this puzzle.
1. The graviton string has tiny waves that begin at the source of the string and proceed along its length at great velocity. It can be shown mathematically that these waves likely travel along the string at almost the same velocity as the virtual graviton particle. By the time the virtual graviton particle reaches 10 to 20 million light years in space, the first wave arrives with it. I will in a future blog go into these waves in detail, for the moment please bear with me.
2. The graviton wave has physical properties, it is composed of mass. When it passes near an electron, photon, or quark it is trapped by the particle’s strings as it is going through its string cycle. This allows the graviton to exert a pulling force when it begins retraction because the string’s waves become stuck in the particle’s strings.
3. The string is quickly released when the electron, photon, or quark completes its string cycle.
4. The graviton can no longer transmit traveling waves after it begins retracting because its properties change throughout its length. This means there is no way for electrons, photons, and quarks to grab hold of the string because there are no physical nodules to hold onto.
Consider the attraction between Earth and Sun. When a graviton from the Sun passes through Earth, any portion of this string beyond Earth has no influence on the force of attraction between these two bodies because this portion of the string quickly loses its ability to transmit waves as it retracts, and without waves there is no resistance. Kelland—www.vestheory.com
I clearly remember helping my older brother add soil to the top of our outhouse to ward off the rain. He took the high position on top of the outhouse and I filled the bucket with dirt that he would pull up with a rope. He managed to drop the bucket on top of my head, which left a gash in my noggin and blood running down my face. This was in the 1930’s, and at that time, I had never seen the inside of a bathroom. And there wasn’t much in the way of toilet paper either. We probably used the pages from an old copy of a Sears and Roebuck catalogue.
The bucket had to hold onto Earth’s gravitons in some manner, otherwise there would be no way for Earth to pull on the bucket. The question is: How did the bucket grab hold of the gravitons emanating from Earth? There are four parts to this puzzle.
1. The graviton string has tiny waves that begin at the source of the string and proceed along its length at great velocity. It can be shown mathematically that these waves likely travel along the string at almost the same velocity as the virtual graviton particle. By the time the virtual graviton particle reaches 10 to 20 million light years in space, the first wave arrives with it. I will in a future blog go into these waves in detail, for the moment please bear with me.
2. The graviton wave has physical properties, it is composed of mass. When it passes near an electron, photon, or quark it is trapped by the particle’s strings as it is going through its string cycle. This allows the graviton to exert a pulling force when it begins retraction because the string’s waves become stuck in the particle’s strings.
3. The string is quickly released when the electron, photon, or quark completes its string cycle.
4. The graviton can no longer transmit traveling waves after it begins retracting because its properties change throughout its length. This means there is no way for electrons, photons, and quarks to grab hold of the string because there are no physical nodules to hold onto.
Consider the attraction between Earth and Sun. When a graviton from the Sun passes through Earth, any portion of this string beyond Earth has no influence on the force of attraction between these two bodies because this portion of the string quickly loses its ability to transmit waves as it retracts, and without waves there is no resistance. Kelland—www.vestheory.com
Sunday, October 23, 2011
Gravitation versus density of body
Uncle Virgil died a happy man
At least as happy as death can be.
The monster buck got his revenge, and
The paint brush blooms for all to see.
Bodies are one where flowers grow
Earth has recaptured its children there.
And the echo of the old man and buck
Still lingers softly in the canyon air.
….the end
The force a graviton is able to muster depends directly on the density of the body it penetrates. Because iron is denser than wood, Earth’s gravitons exert a greater force of attraction on an iron ball than it does on a wooden ball of the same size.
Resistance depends on the number of electrons and quarks the graviton meets and the denser the body the greater number of these small particles. It also means there are many points of attachment when a graviton penetrates a body. When the graviton is temporarily prevented from retracting back to its source, it provides the resistance necessary for it to pull on the body when it retracts. Kelland—www.vestheory.com
At least as happy as death can be.
The monster buck got his revenge, and
The paint brush blooms for all to see.
Bodies are one where flowers grow
Earth has recaptured its children there.
And the echo of the old man and buck
Still lingers softly in the canyon air.
….the end
The force a graviton is able to muster depends directly on the density of the body it penetrates. Because iron is denser than wood, Earth’s gravitons exert a greater force of attraction on an iron ball than it does on a wooden ball of the same size.
Resistance depends on the number of electrons and quarks the graviton meets and the denser the body the greater number of these small particles. It also means there are many points of attachment when a graviton penetrates a body. When the graviton is temporarily prevented from retracting back to its source, it provides the resistance necessary for it to pull on the body when it retracts. Kelland—www.vestheory.com
Thursday, October 20, 2011
Gravitons do not bond to other gravitons
The Forces of Nature by Kelland Terry, Ph.D.
The bones were white by summer:
Antlers and Virg's ribs were one;
Their naked, ghostly skulls
Lay smiling in the noon day sun.
The Savage rifle was rusty now;
Its stock was buried in the sand.
A stink bug lay in the barrel;
A fruit fly made ready to land.
In the case of the electric force, there are two kinds of strings. E-electons emanating from the electron become bound to p-electons emanating from the proton and when they retract it causes an electric force of attraction between electron and proton. The same is true for the magnetic force. When e-electons meet they neutralize each other; thus, all atoms are electrically neutral if they have not lost an electron. This is not true for the force of gravitation.
Gravitons do not bond to other gravitons and cause a force of attraction, nor do they bond and form a force of repulsion. And they do not neutralize one another.
The force of gravitation between Earth and Sun follows the universal law of gravitation worked out by Newton, and in the same manner, the force of gravitation between Earth and Moon follows the universal law of gravitation. This means gravitons from Earth are not being neutralized by the Sun’s gravitons. They do not bond and neutralize each other as is the case for the electric force.
Gravitons become bound to the bodies they penetrate by friction, not because they bind to other strings. I will discuss the manner of this friction in a future blog.
Kelland—www.vestheory.com
The bones were white by summer:
Antlers and Virg's ribs were one;
Their naked, ghostly skulls
Lay smiling in the noon day sun.
The Savage rifle was rusty now;
Its stock was buried in the sand.
A stink bug lay in the barrel;
A fruit fly made ready to land.
In the case of the electric force, there are two kinds of strings. E-electons emanating from the electron become bound to p-electons emanating from the proton and when they retract it causes an electric force of attraction between electron and proton. The same is true for the magnetic force. When e-electons meet they neutralize each other; thus, all atoms are electrically neutral if they have not lost an electron. This is not true for the force of gravitation.
Gravitons do not bond to other gravitons and cause a force of attraction, nor do they bond and form a force of repulsion. And they do not neutralize one another.
The force of gravitation between Earth and Sun follows the universal law of gravitation worked out by Newton, and in the same manner, the force of gravitation between Earth and Moon follows the universal law of gravitation. This means gravitons from Earth are not being neutralized by the Sun’s gravitons. They do not bond and neutralize each other as is the case for the electric force.
Gravitons become bound to the bodies they penetrate by friction, not because they bind to other strings. I will discuss the manner of this friction in a future blog.
Kelland—www.vestheory.com
Wednesday, October 19, 2011
Gravitons persist longer than other strings
The Forces of Nature by Kelland Terry, Ph.D.
Uncle Virgil continues....
This is a tale of my Uncle Virg,
An aged and gnarly man,
Who fought a monster muley buck
In a red canyon formed of sand.
Muley Buck charged like a demon
Nostrils flared and eyes flashen fire
Smoke seemed to billow round him
The ol' man was caught by surprise.
The thirty-ought-six came up in a flash
A knobby finger pressed cold steel
The buck charged on with lowered head
There was an explosion then all was still.
To be continued….
My model for the creation and retraction of strings shows that gravitons are created at the same time as other strings, but the model allows them to exist for a much longer time in space. I first worked through the model for the creation of strings, then later realized that the model required that gravitons persist through many string cycles. If gravitons exist for one second, it would allow them to make a round trip of 10 to 20 million light years traveling at the same velocity as magnons: 10 raised to the 23rd power or 100000000000000000000000 meters per second.
The conclusion that gravitons may exist for a longer period than other strings is supported by two other observations. First it has been shown that atomic clocks traveling west in commercial airliners run faster than clocks traveling east. The variable here is Earth spinning on its axis. I believe gravitons are bent in space as earth spins on its axis, which means they have to exist perhaps a second or so in order for this to occur. All strings have waves that emanate from the electron and other particles that create them. Because gravitons are bent as Earth rotates on its axis, it causes graviton waves to travel at least partly to the west. A vast number of waves traveling west would penetrate the clock flying west and cause it to run faster. The waves would have the opposite effect on clocks flying east since the clocks would be penetrated by waves coming against them.
The nature of graviton waves, how they are generated, and how they influence the speed of an atomic clock will have to wait for future blogs. There is a rational explanation.
Other experiments have shown that clocks here on Earth that communicate with atomic clocks aboard satellites must be continually adjusted. This adjustment depends on whether the clock is east or west of the satellite. Graviton waves can also explain this effect. Kelland—www.vestheory.com
Uncle Virgil continues....
This is a tale of my Uncle Virg,
An aged and gnarly man,
Who fought a monster muley buck
In a red canyon formed of sand.
Muley Buck charged like a demon
Nostrils flared and eyes flashen fire
Smoke seemed to billow round him
The ol' man was caught by surprise.
The thirty-ought-six came up in a flash
A knobby finger pressed cold steel
The buck charged on with lowered head
There was an explosion then all was still.
To be continued….
My model for the creation and retraction of strings shows that gravitons are created at the same time as other strings, but the model allows them to exist for a much longer time in space. I first worked through the model for the creation of strings, then later realized that the model required that gravitons persist through many string cycles. If gravitons exist for one second, it would allow them to make a round trip of 10 to 20 million light years traveling at the same velocity as magnons: 10 raised to the 23rd power or 100000000000000000000000 meters per second.
The conclusion that gravitons may exist for a longer period than other strings is supported by two other observations. First it has been shown that atomic clocks traveling west in commercial airliners run faster than clocks traveling east. The variable here is Earth spinning on its axis. I believe gravitons are bent in space as earth spins on its axis, which means they have to exist perhaps a second or so in order for this to occur. All strings have waves that emanate from the electron and other particles that create them. Because gravitons are bent as Earth rotates on its axis, it causes graviton waves to travel at least partly to the west. A vast number of waves traveling west would penetrate the clock flying west and cause it to run faster. The waves would have the opposite effect on clocks flying east since the clocks would be penetrated by waves coming against them.
The nature of graviton waves, how they are generated, and how they influence the speed of an atomic clock will have to wait for future blogs. There is a rational explanation.
Other experiments have shown that clocks here on Earth that communicate with atomic clocks aboard satellites must be continually adjusted. This adjustment depends on whether the clock is east or west of the satellite. Graviton waves can also explain this effect. Kelland—www.vestheory.com
Tuesday, October 18, 2011
The inconceivable becomes rational
The Forces of Nature by Kelland Terry, Ph.D.
Uncle Virgil tracked the wise ol' buck
Along towering sandstone cliffs,
Amid oak and manzanita brush,
Up and down the mountain reefs.
Finally in a narrow canyon,
Walls thousands of feet on side,
Muley decided to make his stand
Uncle Virgil was going to die.
To be continued…..
It is an incredible fact, almost too much for the mind to comprehend, but scientists believe that the planet Earth beneath our feet is essentially empty space. When my astrophysics friend told me this I was astonished even though I knew that scientists favored the big bang theory for the creation of our universe. The only way this can work is if all the mass of the universe can be reduced to a small dense ball. This means that our Milky Way Galaxy, and all the other galaxies that make up our universe, would fit inside a thimble if all the empty space were removed. It means the whole universe and all its billions upon billions of tons of iron, quartz, hydrogen, and living creatures is almost nothing but empty space, and it means the elastic strings that connect electrons to protons and atoms to atoms must also be essentially empty space, since they too have mass.
If the elastic strings that bind our atoms together and create our world consist mostly of empty space, then it is not a great stretch of imagination to believe that gravitons could span some 10 to 20 million light years and remain intact; they would just be stretched over a little more empty space. And since they have perfect cohesion, they would remain coherent; and since they have perfect elasticity, they would retract back to their source with great velocity.
Thus, the inconceivable becomes more rational. Kelland—www.vestheory.com
Uncle Virgil tracked the wise ol' buck
Along towering sandstone cliffs,
Amid oak and manzanita brush,
Up and down the mountain reefs.
Finally in a narrow canyon,
Walls thousands of feet on side,
Muley decided to make his stand
Uncle Virgil was going to die.
To be continued…..
It is an incredible fact, almost too much for the mind to comprehend, but scientists believe that the planet Earth beneath our feet is essentially empty space. When my astrophysics friend told me this I was astonished even though I knew that scientists favored the big bang theory for the creation of our universe. The only way this can work is if all the mass of the universe can be reduced to a small dense ball. This means that our Milky Way Galaxy, and all the other galaxies that make up our universe, would fit inside a thimble if all the empty space were removed. It means the whole universe and all its billions upon billions of tons of iron, quartz, hydrogen, and living creatures is almost nothing but empty space, and it means the elastic strings that connect electrons to protons and atoms to atoms must also be essentially empty space, since they too have mass.
If the elastic strings that bind our atoms together and create our world consist mostly of empty space, then it is not a great stretch of imagination to believe that gravitons could span some 10 to 20 million light years and remain intact; they would just be stretched over a little more empty space. And since they have perfect cohesion, they would remain coherent; and since they have perfect elasticity, they would retract back to their source with great velocity.
Thus, the inconceivable becomes more rational. Kelland—www.vestheory.com
Monday, October 17, 2011
Elastic strings extend a limited distance in space
The Forces of Nature by Kelland Terry, Ph.D.
The ditty for Unk continues…
Uncle Virgil was eighty one
But his muscles were firm as stone,
Tossed hard rocks most of his life
Seeking treasures from the earth below.
The old man wanted to kill the buck
Before he was laid in the ground.
But Muley was faster by far, and
He thundered off with a giant bound.
To be continued….
Astrophysicists conclude that a cluster of galaxies under their own internal gravity spans some 10 to 20 million light years, but not beyond that point. This means gravitons extend a great distance into space, but the distance is limited just as you would expect for a string that has mass.
One light year is the distance light can travel in one year at 300,000,000 meters per second, which means light travels 9,400,000,000,000,000 meters per year. Those galaxies that lie outside 10 to 20 million light years are not affected by our gravitational force field. Thus the Andromeda Galaxy some 2.5 million light years away is part of our local cluster of galaxies bound together by a common force of gravity; however, the Virgo Galaxy some 60 million light years away is not bound to us by gravitational force. This is not surprising if gravitation is caused by elastic strings that have mass and can only extend into space a finite distance. I ask you this: If gravitation is explained by a four dimensional world, where space and time are warped, as proposed by Einstein, how do you explain a finite length for gravitational fields? However, in the same sense of mystery, how is it possible for a particle too small to be imagined stretch 10 to 20 million light years? Perhaps you will be surprised when I discuss this in my next blog. Kelland—www.vestheory.com
The ditty for Unk continues…
Uncle Virgil was eighty one
But his muscles were firm as stone,
Tossed hard rocks most of his life
Seeking treasures from the earth below.
The old man wanted to kill the buck
Before he was laid in the ground.
But Muley was faster by far, and
He thundered off with a giant bound.
To be continued….
Astrophysicists conclude that a cluster of galaxies under their own internal gravity spans some 10 to 20 million light years, but not beyond that point. This means gravitons extend a great distance into space, but the distance is limited just as you would expect for a string that has mass.
One light year is the distance light can travel in one year at 300,000,000 meters per second, which means light travels 9,400,000,000,000,000 meters per year. Those galaxies that lie outside 10 to 20 million light years are not affected by our gravitational force field. Thus the Andromeda Galaxy some 2.5 million light years away is part of our local cluster of galaxies bound together by a common force of gravity; however, the Virgo Galaxy some 60 million light years away is not bound to us by gravitational force. This is not surprising if gravitation is caused by elastic strings that have mass and can only extend into space a finite distance. I ask you this: If gravitation is explained by a four dimensional world, where space and time are warped, as proposed by Einstein, how do you explain a finite length for gravitational fields? However, in the same sense of mystery, how is it possible for a particle too small to be imagined stretch 10 to 20 million light years? Perhaps you will be surprised when I discuss this in my next blog. Kelland—www.vestheory.com
Sunday, October 16, 2011
Ejection of virtual string particles
I wrote this little ditty for my Unk. Hopefully you will enjoy it.
This is a tale of my Uncle Virg,
An aged and gnarly man,
Who fought a monster muley buck
In a red canyon formed of sand.
They first met at Elephant Gap
In the fall of the ought ought year.
Big Muley stood between tall pines
A strong old buck, a most wily deer.
He shook his antlers at the sky,
His hooves they pawed the ground;
He glared at Virgil in defiance
His mortal enemy he had found.
To be continued….
When I first thought of elastic strings, the question became, what natural observations and experiments in physics can be explained if the forces of nature are due to elastic strings? I did not set out to prove or disprove any other existing theory, but simply follow elastic strings wherever they led me.
All elastic strings begin as extremely small particles that are ejected into space with great velocity from electrons, photons, and quarks. When they are generated into space, they leave a tiny portion of their mass behind that becomes an elastic string bound to its source. Just how far they are ejected into space depends upon the type of string. In the previous blog, I discussed magnons and in the next blog I will discuss gravitons, the strings responsible for the gravitational force. Kelland—www.vestheory.com
This is a tale of my Uncle Virg,
An aged and gnarly man,
Who fought a monster muley buck
In a red canyon formed of sand.
They first met at Elephant Gap
In the fall of the ought ought year.
Big Muley stood between tall pines
A strong old buck, a most wily deer.
He shook his antlers at the sky,
His hooves they pawed the ground;
He glared at Virgil in defiance
His mortal enemy he had found.
To be continued….
When I first thought of elastic strings, the question became, what natural observations and experiments in physics can be explained if the forces of nature are due to elastic strings? I did not set out to prove or disprove any other existing theory, but simply follow elastic strings wherever they led me.
All elastic strings begin as extremely small particles that are ejected into space with great velocity from electrons, photons, and quarks. When they are generated into space, they leave a tiny portion of their mass behind that becomes an elastic string bound to its source. Just how far they are ejected into space depends upon the type of string. In the previous blog, I discussed magnons and in the next blog I will discuss gravitons, the strings responsible for the gravitational force. Kelland—www.vestheory.com
Saturday, October 15, 2011
Photons are vastly larger than virtual particles
One of my uncles was an inveterate deer poacher. Perhaps when he was a kid at the turn of the century there was no law governing when the King’s herd could be harvested for meat, and for this reason poaching had less meaning to him than those of another generation. One year in Zion National Park the rangers had there eye on a very large mule eared dear that weighed some 300 lbs. It was something of a pet. My uncle shot the deer in the park and was caught. Fortunately for my uncle, he was well loved by everyone, and as the story goes, they told him that the very least he could have done was to shoot their pet deer outside the park, and after telling him not to do it again, they let him go. If my uncle had been a virtual particle that traveled billions of times faster than light, poaching would have been a snap.
All strings begin as virtual particles that are ejected into space by electrons, photons, and quarks. Electrons not only eject elastic strings into space, they also eject photons, the particles of light that travel at 300 million meters per second. The virtual particle ejected from an electron that is to become an elastic string is vastly smaller than a photon, which allows the electron to eject virtual string particles billions of meters per second faster than it does photons. Kelland—www.vestheory.com
All strings begin as virtual particles that are ejected into space by electrons, photons, and quarks. Electrons not only eject elastic strings into space, they also eject photons, the particles of light that travel at 300 million meters per second. The virtual particle ejected from an electron that is to become an elastic string is vastly smaller than a photon, which allows the electron to eject virtual string particles billions of meters per second faster than it does photons. Kelland—www.vestheory.com
Friday, October 14, 2011
Virtual particles have great velocity
My companion who raced down from the Eagle Crags with me did not know then that he would become one of the great scientists of his generation; however, I am not surprised. He was superior to most of us because of his intellect, his photographic memory, and his work ethic. His seminal book based on his original careful research has been cited by more than 5000 other scientific publications, and it formed the basis for 13 other Ph.D.s that followed in his footsteps. He is now a retired Professor Emeritus from a major university. He too remembers fondly our flying leap below the Eagle Crags. It is unfortunate that we did not have virtual properties that would have taken us back under the Eagle Crags for a second race to the valley below.
The virtual property of elastic strings means they must be ejected into space and retracted with great velocity. What tangible proof is there that strings travel at such vast, almost inconceivable velocity. Well, first we know that particles of light (photons) travel at the amazing speed of 300000000 meters per second. It only takes a few minutes for light to travel from our sun to earth. This extremely fast almost inconceivable speed must have seemed incredulous when scientists first began measuring the velocity of light more than a hundred years ago. Scientists still question how this is possible.
Secondly, it is an established fact based on numerous experiments that when a photon is split and one of the photons is sent off even kilometers away that modification of one photon instantly modifies the other photon, much, much faster than the speed of light. This was once referred to as quantum weirdness, but now is known as entanglement. I believe the two photons are entangled by elastic strings, which allows almost instant modification of one photon by another. I believe entanglement is direct physical evidence that something travels much faster than the speed of light and this something is elastic strings.
Physicists who believe in special relativity downplay entanglement experiments. They contend that entanglement is a form of communication. What does this mean? The physicists that offer this solution to entanglement offer no physical explanation for this concept, nor do they attempt to explain how it causes entanglement. It doesn’t fit the special theory of relativity that nothing is faster than the speed of light and for this reason most physicists ignore these experiments, just as they ignore many other experiments that don’t fit theory. I cannot find a single experiment that does not fit VES theory.
The virtual property of elastic strings means they must be ejected into space and retracted with great velocity. What tangible proof is there that strings travel at such vast, almost inconceivable velocity. Well, first we know that particles of light (photons) travel at the amazing speed of 300000000 meters per second. It only takes a few minutes for light to travel from our sun to earth. This extremely fast almost inconceivable speed must have seemed incredulous when scientists first began measuring the velocity of light more than a hundred years ago. Scientists still question how this is possible.
Secondly, it is an established fact based on numerous experiments that when a photon is split and one of the photons is sent off even kilometers away that modification of one photon instantly modifies the other photon, much, much faster than the speed of light. This was once referred to as quantum weirdness, but now is known as entanglement. I believe the two photons are entangled by elastic strings, which allows almost instant modification of one photon by another. I believe entanglement is direct physical evidence that something travels much faster than the speed of light and this something is elastic strings.
Physicists who believe in special relativity downplay entanglement experiments. They contend that entanglement is a form of communication. What does this mean? The physicists that offer this solution to entanglement offer no physical explanation for this concept, nor do they attempt to explain how it causes entanglement. It doesn’t fit the special theory of relativity that nothing is faster than the speed of light and for this reason most physicists ignore these experiments, just as they ignore many other experiments that don’t fit theory. I cannot find a single experiment that does not fit VES theory.
Thursday, October 13, 2011
Elastic strings are ejected with great velocity
To the south of Rockville tower the Eagle Crags, spires of Navaho sandstone that hover as sentinels over the gate to Zion National Park. The west slope beneath the stark monoliths is covered with a deep layer of coral sand, a remnant of the Navaho sandstone that once covered much of southern Utah. When we were kids, my cousin and I climbed to a point just beneath the Eagle Crags where we began our rapid descent down the steep slope of coral sand to the valley below. It is perhaps as close to flying as you will ever get without donning a parachute or taking up a pair of skis. We didn’t leap tall buildings like Superman, but we did leap over tall bushes with a single bound. On that day the gravitational force of attraction almost took a holiday.
We may have felt like we were flying, but our speed would more resemble a dead bug compared to the velocity that strings are ejected into space.
The electron in orbit about a proton goes through one oscillation cycle in about 0.0000000000000001 seconds. This is also the period of time it takes to eject and retract the strings responsible for the magnetic field. Now consider that the magnetic field around Earth extends some 20 million meters into space, and the string must travel that distance and return in this brief period of time. To accomplish this feat it must travel some 100000000000000000000000 meters per second, that’s 10 raised to the 23 rd power.
Is there any evidence for this conjecture? The answer is yes, and I will discuss this issue in my next blog. Kelland—www.vestheory.com
We may have felt like we were flying, but our speed would more resemble a dead bug compared to the velocity that strings are ejected into space.
The electron in orbit about a proton goes through one oscillation cycle in about 0.0000000000000001 seconds. This is also the period of time it takes to eject and retract the strings responsible for the magnetic field. Now consider that the magnetic field around Earth extends some 20 million meters into space, and the string must travel that distance and return in this brief period of time. To accomplish this feat it must travel some 100000000000000000000000 meters per second, that’s 10 raised to the 23 rd power.
Is there any evidence for this conjecture? The answer is yes, and I will discuss this issue in my next blog. Kelland—www.vestheory.com
Wednesday, October 12, 2011
Electron's oscillation cycle is created by its string cycle
And now for the end of the civet cat story. It was Christmas Eve and our little family was enjoying some hot apple cider when suddenly we found the troop of civet cats had joined our party. For a moment or two they seemed completely tame as they darted between our legs without raising a stink. Perhaps they would have stayed around if we had taken off our shoes and socks, but as it was, they suddenly scampered into the bathroom that Dad built. There they disappeared completely. It was a little spooky until we decided that they had left the bathroom through the bathtub’s overflow drain hole that Dad had never connected to a pipe, even though given their size it seemed impossible. We plugged the hole up and that was the end of this little story. They could no longer come and go as virtual particles.
Because virtual elastic strings are constantly being created and retracted, it means the electron must have a string cycle. There must be a period when strings are being ejected into space and a point in time when they have retracted back to their source. Thus the magnetic field and electric field must vary as the electron goes through its string cycle. This is exactly what scientists have shown. The string cycle for an electron is identical to its oscillation cycle. I believe in most cases, the variation in the magnetic field is used to establish the oscillation period.
VES theory shows us that the electron’s oscillation cycle is dictated by the length of time it takes to make and retract its elastic strings. Thus the oscillation cycle and elastic string cycle are identical for an electron. Kelland—www.vestheory.com
Because virtual elastic strings are constantly being created and retracted, it means the electron must have a string cycle. There must be a period when strings are being ejected into space and a point in time when they have retracted back to their source. Thus the magnetic field and electric field must vary as the electron goes through its string cycle. This is exactly what scientists have shown. The string cycle for an electron is identical to its oscillation cycle. I believe in most cases, the variation in the magnetic field is used to establish the oscillation period.
VES theory shows us that the electron’s oscillation cycle is dictated by the length of time it takes to make and retract its elastic strings. Thus the oscillation cycle and elastic string cycle are identical for an electron. Kelland—www.vestheory.com
Tuesday, October 11, 2011
Elastic strings have virtual properties
It is a strange experience to wake in the middle of the night with a troop of civet cats playing tag on your bed. They were literally bouncing all over me and around the room. I pulled the covers over my head and prayed that the cats would not let me have it with skunk spray or dine on some sensitive part of my body. They appeared to be too damn friendly; had the one that met me earlier spread the word that my toes gave off a wonderful aroma? Were we kindred spirits? That morning when I got up, I found they had eaten all the bits of apple except for a trace of the apple core I found left next to the stove. Apparently, they left this piece to show me their appreciation. My experiences with these little creatures had not ended as yet.
The gravitational force of attraction is dependent upon the creation and retraction of elastic strings (gravitons), which means the strings are ephemeral in nature and only exist for a very brief time. Modern day physicists speak of virtual particles surrounding electrons that continually wink in and out of existence. This, of course, supports virtual elastic string theory. All the forces of nature are created by virtual elastic strings that are shot into space as particles, then retracted back to their source at great velocity. Thus the name: VES Theory. Kelland—www.vestheory.com
The gravitational force of attraction is dependent upon the creation and retraction of elastic strings (gravitons), which means the strings are ephemeral in nature and only exist for a very brief time. Modern day physicists speak of virtual particles surrounding electrons that continually wink in and out of existence. This, of course, supports virtual elastic string theory. All the forces of nature are created by virtual elastic strings that are shot into space as particles, then retracted back to their source at great velocity. Thus the name: VES Theory. Kelland—www.vestheory.com
Monday, October 10, 2011
Electron is composed of two spheres
The Forces of Nature by Kelland Terry, Ph.D.
It is my understanding now that a civet cat is vegetarian, which probably explains why it didn’t bite my toes that it seemed to sniff with pleasure. To me a cat was a cat, and a cat was a carnivore, and here he was sniffing my toes while I remained absolutely frozen in place. Fortunately, this curious, wild animal finished smelling my feet, then climbed underneath my chair and began scratching away at something. I slowly let out a sigh of relief. That night when I prepared for bed, I thought perhaps I could entice the civet cat to leave the house. To this end, I cut an apple into pieces and made a trail of apple parts from the chair to the porch outside the house where I left the apple core. I left the front door open and went to bed. What happened next was not expected.
Just as there must be male and female civet cats to make little civet cats, there must be a division of the electron if it makes n-magnons and s-magnons because these two strings have the same mass but different composition. The electron must be divided into two spheres. One sphere is composed of a substance I call s-goo and the other sphere is composed of n-goo. The same considerations must apply to photons (particles of light) and quarks since both of these particles create n-magnons and s-magnons.
I have developed a model that explains how electrons are divided into two spheres, and a model that explains the self induction of the forces of nature. I will return to this subject after I have discussed some additional properties of elastic strings
Kelland—www.vestheory.com
It is my understanding now that a civet cat is vegetarian, which probably explains why it didn’t bite my toes that it seemed to sniff with pleasure. To me a cat was a cat, and a cat was a carnivore, and here he was sniffing my toes while I remained absolutely frozen in place. Fortunately, this curious, wild animal finished smelling my feet, then climbed underneath my chair and began scratching away at something. I slowly let out a sigh of relief. That night when I prepared for bed, I thought perhaps I could entice the civet cat to leave the house. To this end, I cut an apple into pieces and made a trail of apple parts from the chair to the porch outside the house where I left the apple core. I left the front door open and went to bed. What happened next was not expected.
Just as there must be male and female civet cats to make little civet cats, there must be a division of the electron if it makes n-magnons and s-magnons because these two strings have the same mass but different composition. The electron must be divided into two spheres. One sphere is composed of a substance I call s-goo and the other sphere is composed of n-goo. The same considerations must apply to photons (particles of light) and quarks since both of these particles create n-magnons and s-magnons.
I have developed a model that explains how electrons are divided into two spheres, and a model that explains the self induction of the forces of nature. I will return to this subject after I have discussed some additional properties of elastic strings
Kelland—www.vestheory.com
Saturday, October 8, 2011
To summerize a bit
The Forces of Nature by Kelland Terry, Ph.D.
One winter night, I arrived at our old farm house after driving from Salt Lake where I was attending college. It was shortly before Christmas and Mother and my sisters were in Las Vegas. They were expected home the next day. I had a fire in our little stove in the living room, which quickly took the chill out of the room. I removed my shoes and socks, relaxed in a chair next to the stove, and commenced reading a book. I was all alone or so I thought. It wasn’t long until I heard a scratching sound coming from a nearby sofa. Presently, a wild civet cat appeared from the back of the sofa and walked directly over to me. It stopped at my feet and began sniffing my toes up close and personal. I froze! Perhaps at this point, he recognized a kindred spirit, or perhaps a kindred smell. A civet cat is a type of skunk found in southern Utah. It is tawny brown in color and distinctly different from striped skunks, spotted skunks, and ringtail cats. It is longer and slightly smaller than most house cats.
Just as civet cats prove to be complex little creatures so do electrons prove to be complex little particles.
Thus far we have seen:
• Electrons orbit about protons, and in addition, they are free to move through a wire.
• It takes just one electron and one proton to make a hydrogen atom, and many of these same particles along with neutrons (similar to protons but electrically neutral) to make other atoms. That’s it. All atoms are made of the same building blocks, and they all have perfect elasticity.
• Electrons create an excess number of e-electon strings with perfect elasticity.
• Protons create an excess number of p-electon strings with perfect elasticity.
• Electrons become bound to the protons they orbit because e-electons bind to p-electons and when they retract back to their sources it causes a force of attraction. This holds the electron in orbit about the proton.
• When e-electons and p-electons come in contact they neutralize each other. Atoms and earth tend to be neutral because there are an equal number of electrons and protons.
• E-electons and p-electons have the same mass but different composition.
• When two e-electrons meet there is a force of repulsion between them because two e-electons have the same mass and the same composition. This is also true for two p-electons.
Electrons also create magnetic fields.
• An electron emits n-magnons at one end of the particle and s-magnons at the other end of the particle.
• N-magnons and s-magnons have the same mass but different composition. Their masses differ from electons.
• When n-magnons meet with s-magnons they bond together and when they retract back to their sources it causes a force of attraction.
• When n-magnons meet other n-magnons, it creates a force of repulsion because they have the same mass and the same composition. The same is true for two s-magnons. Till then, be safe and in good health. Kelland—www.vestheory.com
One winter night, I arrived at our old farm house after driving from Salt Lake where I was attending college. It was shortly before Christmas and Mother and my sisters were in Las Vegas. They were expected home the next day. I had a fire in our little stove in the living room, which quickly took the chill out of the room. I removed my shoes and socks, relaxed in a chair next to the stove, and commenced reading a book. I was all alone or so I thought. It wasn’t long until I heard a scratching sound coming from a nearby sofa. Presently, a wild civet cat appeared from the back of the sofa and walked directly over to me. It stopped at my feet and began sniffing my toes up close and personal. I froze! Perhaps at this point, he recognized a kindred spirit, or perhaps a kindred smell. A civet cat is a type of skunk found in southern Utah. It is tawny brown in color and distinctly different from striped skunks, spotted skunks, and ringtail cats. It is longer and slightly smaller than most house cats.
Just as civet cats prove to be complex little creatures so do electrons prove to be complex little particles.
Thus far we have seen:
• Electrons orbit about protons, and in addition, they are free to move through a wire.
• It takes just one electron and one proton to make a hydrogen atom, and many of these same particles along with neutrons (similar to protons but electrically neutral) to make other atoms. That’s it. All atoms are made of the same building blocks, and they all have perfect elasticity.
• Electrons create an excess number of e-electon strings with perfect elasticity.
• Protons create an excess number of p-electon strings with perfect elasticity.
• Electrons become bound to the protons they orbit because e-electons bind to p-electons and when they retract back to their sources it causes a force of attraction. This holds the electron in orbit about the proton.
• When e-electons and p-electons come in contact they neutralize each other. Atoms and earth tend to be neutral because there are an equal number of electrons and protons.
• E-electons and p-electons have the same mass but different composition.
• When two e-electrons meet there is a force of repulsion between them because two e-electons have the same mass and the same composition. This is also true for two p-electons.
Electrons also create magnetic fields.
• An electron emits n-magnons at one end of the particle and s-magnons at the other end of the particle.
• N-magnons and s-magnons have the same mass but different composition. Their masses differ from electons.
• When n-magnons meet with s-magnons they bond together and when they retract back to their sources it causes a force of attraction.
• When n-magnons meet other n-magnons, it creates a force of repulsion because they have the same mass and the same composition. The same is true for two s-magnons. Till then, be safe and in good health. Kelland—www.vestheory.com
Thursday, October 6, 2011
Positive and negative electric currents
The Forces of Nature by Kelland Terry, Ph.D.
One summer not long after I graduated from high school, I was surveying near Blanding, Utah. I was following in the foot steps of my dad who by this time had been for several years a resident engineer for the State of Utah. This summer he was in charge of building a road near Escalante, Utah. I was not mentally prepared for the horrible phone call from home telling me that Dad had been electrocuted. A young man who arrived on the job from Salt Lake had been operating an apparatus that took soil samples. The boon associated with his equipment hit an over head electrical line, and Dad made the fatal mistake of trying to knock him free.
The electrons flowing through the electric wire created a strong negative electric current that consisted of elastic strings I refer to as e-electons. The e-electons racing through Dad and the young man’s body caused the electrons in their bodies to move towards the ground they stood on with great velocity. The friction created by the surging electrons caused their temperatures to rise to a lethal level. Even Dad’s glasses melted, and so we must imagine that the proteins in his body congealed much like the white of an egg congeals when cooked.
There are two forces at work. First, the abundant e-electons racing down the wire (negative current) forced Dad’s electrons towards ground because of repulsion forces. Second, when the negative current created reached the earth, it drove the electrons in the ground away from their protons. These protons then sent a positive current (p-electons) back through the wire. The p-electons became bound to the e-electons, and when the two retracted back to their sources, it caused a force of attraction that pulled Dad’s electrons toward the ground.
In a similar manner, when you throw an electric light switch, all the electrons in the wire begin moving forward almost at the same time, even in the tungsten filament that may be a great distance away. When the electrons move through the crowed conditions of the tungsten filament, it causes the filament to heat up and emit light almost instantly even through the electrons move rather slowly through the wire. They don’t need to be moving too fast because the e-electons and p-electons move through the wire with great velocity, and they are responsible for forcing the electrons through the tungsten filament. Till then, be safe and in good health. Kelland—www.vestheory.com
One summer not long after I graduated from high school, I was surveying near Blanding, Utah. I was following in the foot steps of my dad who by this time had been for several years a resident engineer for the State of Utah. This summer he was in charge of building a road near Escalante, Utah. I was not mentally prepared for the horrible phone call from home telling me that Dad had been electrocuted. A young man who arrived on the job from Salt Lake had been operating an apparatus that took soil samples. The boon associated with his equipment hit an over head electrical line, and Dad made the fatal mistake of trying to knock him free.
The electrons flowing through the electric wire created a strong negative electric current that consisted of elastic strings I refer to as e-electons. The e-electons racing through Dad and the young man’s body caused the electrons in their bodies to move towards the ground they stood on with great velocity. The friction created by the surging electrons caused their temperatures to rise to a lethal level. Even Dad’s glasses melted, and so we must imagine that the proteins in his body congealed much like the white of an egg congeals when cooked.
There are two forces at work. First, the abundant e-electons racing down the wire (negative current) forced Dad’s electrons towards ground because of repulsion forces. Second, when the negative current created reached the earth, it drove the electrons in the ground away from their protons. These protons then sent a positive current (p-electons) back through the wire. The p-electons became bound to the e-electons, and when the two retracted back to their sources, it caused a force of attraction that pulled Dad’s electrons toward the ground.
In a similar manner, when you throw an electric light switch, all the electrons in the wire begin moving forward almost at the same time, even in the tungsten filament that may be a great distance away. When the electrons move through the crowed conditions of the tungsten filament, it causes the filament to heat up and emit light almost instantly even through the electrons move rather slowly through the wire. They don’t need to be moving too fast because the e-electons and p-electons move through the wire with great velocity, and they are responsible for forcing the electrons through the tungsten filament. Till then, be safe and in good health. Kelland—www.vestheory.com
Wednesday, October 5, 2011
Elastic strings for the magnetic force
The Forces of Nature by Kelland Terry, Ph.D.
I can’t think of anything that ushers in stronger memories and emotions than the wonderful aroma of baking bread. Almost at once I can see my mother blending together flour, water and the other ingredients needed to make bread. I can still picture the flour spread on our little kitchen table and her busy hands as she added the ingredients, and kneaded the dough, even though this mental image became part of me some 70 years ago. This picture is worth a zillion dollars, and it’s always with me, not hung on some wall. I am connected to her forever, like the two poles of a magnet are connected to each other, yet I have not seen her for nearly a half century. Memories are puzzling, perhaps even more puzzling, than the magnetic forces.
Scientists have shown that an iron magnet owes its magnetic properties to its electrons; the same little particles that create the electric current. The electron only creates an excess number of e-electon strings, but it does have two poles. The north pole of the electron creates n-magnons and the south pole creates s-magnons. The two strings have the same mass but different composition. When n-magnons bond to s-magnons and then retract, it causes a force of attraction. A force of repulsion is set up when identical strings meet. This relationship is the same as the interaction between e-electons and p-electons that are responsible for the electric forces.
The area between the north pole and south pole of a magnet creates a strong barrier to spinning electrons and spinning Ping-Pong balls because n-magnons are bound to s-magnons. I refer to them collectively as magnons. Till then, be safe and in good health. Kelland—www.vestheory.com
I can’t think of anything that ushers in stronger memories and emotions than the wonderful aroma of baking bread. Almost at once I can see my mother blending together flour, water and the other ingredients needed to make bread. I can still picture the flour spread on our little kitchen table and her busy hands as she added the ingredients, and kneaded the dough, even though this mental image became part of me some 70 years ago. This picture is worth a zillion dollars, and it’s always with me, not hung on some wall. I am connected to her forever, like the two poles of a magnet are connected to each other, yet I have not seen her for nearly a half century. Memories are puzzling, perhaps even more puzzling, than the magnetic forces.
Scientists have shown that an iron magnet owes its magnetic properties to its electrons; the same little particles that create the electric current. The electron only creates an excess number of e-electon strings, but it does have two poles. The north pole of the electron creates n-magnons and the south pole creates s-magnons. The two strings have the same mass but different composition. When n-magnons bond to s-magnons and then retract, it causes a force of attraction. A force of repulsion is set up when identical strings meet. This relationship is the same as the interaction between e-electons and p-electons that are responsible for the electric forces.
The area between the north pole and south pole of a magnet creates a strong barrier to spinning electrons and spinning Ping-Pong balls because n-magnons are bound to s-magnons. I refer to them collectively as magnons. Till then, be safe and in good health. Kelland—www.vestheory.com
Tuesday, October 4, 2011
Force of repulsion between electrons
The Forces of Nature by Kelland Terry, Ph.D.
When we were kids, my two younger sisters and I would take the rubber balloons we had blown up and rub them against our clothing. This caused the balloons to become electrically charged. I have since learned that electrons flow from clothing to a rubber balloon giving the balloon a surplus of electrons with a negative charge. When two such balloons are brought close together, a force of repulsion develops between them and the balloons are forced apart.
Two electrons repel each other; it is called a force of repulsion. When an e-electon from one electron meets an e-electon from another electron, the e-electons likely bond in some fashion, and because of the bonding, the heads of the e-electons are sent crashing against the opposing electrons. Thus, the e-electons with mass and momentum become battering rams that drive the electrons apart. Viola, we now have a force of repulsion. Thus, we come to this conclusion. A force of repulsion is caused when two strings of identical mass and identical composition meet. Till then, be safe and in good health. Kelland—www.vestheory.com
When we were kids, my two younger sisters and I would take the rubber balloons we had blown up and rub them against our clothing. This caused the balloons to become electrically charged. I have since learned that electrons flow from clothing to a rubber balloon giving the balloon a surplus of electrons with a negative charge. When two such balloons are brought close together, a force of repulsion develops between them and the balloons are forced apart.
Two electrons repel each other; it is called a force of repulsion. When an e-electon from one electron meets an e-electon from another electron, the e-electons likely bond in some fashion, and because of the bonding, the heads of the e-electons are sent crashing against the opposing electrons. Thus, the e-electons with mass and momentum become battering rams that drive the electrons apart. Viola, we now have a force of repulsion. Thus, we come to this conclusion. A force of repulsion is caused when two strings of identical mass and identical composition meet. Till then, be safe and in good health. Kelland—www.vestheory.com
Monday, October 3, 2011
The mating dance between strings
The Forces of Nature by Kelland Terry, Ph.D.
The hundred chicks Dad brought home were soon laying eggs in and around the barnyard. We never kept them cooped up after they became adults. There was one nest that could only be checked for eggs by crawling under the manger where I fed our cow its ration of rolled oats. Dad must have planned for a lot of cows because it was a long manger. Not only that, the nest was partially hidden by another barrier. All in all I had to crawl some 15 feet to get to the nest. It was pretty dark and musty under there. On this day as I approached the nest on my belly, I heard the unmistaken sound of a rattlesnake. I was close enough at this point to spot his flat head and body raised above the nest ready to strike. He wanted the eggs more than I did, so I quickly backed out. In the end we decapitated the snake--that’s life on a farm.
There are few things more ritualistic than two snakes in a mating dance with their bodies entwined from head to tail. Perhaps something like this occurs between strings to form a force of attraction. In the case of the electric force, an e-electon emanating from an electron and a p-electon emanating from a proton meet in space and become much like the snakes with their bodies entwined and their heads directed away from the electrons and protons that created the strings. Thus, e-electons and p-electons meet in a mating dance, and when the elastic strings retract back to their respective sources, the attachment between strings provides a strong source of resistance and the two bodies are pulled towards each other. Voila, you now have a force of attraction between proton and electron. A force of attraction occurs when two strings with the same mass but different composition meet and bond. Till then, be safe and in good health. Kelland—www.vestheory.com
The hundred chicks Dad brought home were soon laying eggs in and around the barnyard. We never kept them cooped up after they became adults. There was one nest that could only be checked for eggs by crawling under the manger where I fed our cow its ration of rolled oats. Dad must have planned for a lot of cows because it was a long manger. Not only that, the nest was partially hidden by another barrier. All in all I had to crawl some 15 feet to get to the nest. It was pretty dark and musty under there. On this day as I approached the nest on my belly, I heard the unmistaken sound of a rattlesnake. I was close enough at this point to spot his flat head and body raised above the nest ready to strike. He wanted the eggs more than I did, so I quickly backed out. In the end we decapitated the snake--that’s life on a farm.
There are few things more ritualistic than two snakes in a mating dance with their bodies entwined from head to tail. Perhaps something like this occurs between strings to form a force of attraction. In the case of the electric force, an e-electon emanating from an electron and a p-electon emanating from a proton meet in space and become much like the snakes with their bodies entwined and their heads directed away from the electrons and protons that created the strings. Thus, e-electons and p-electons meet in a mating dance, and when the elastic strings retract back to their respective sources, the attachment between strings provides a strong source of resistance and the two bodies are pulled towards each other. Voila, you now have a force of attraction between proton and electron. A force of attraction occurs when two strings with the same mass but different composition meet and bond. Till then, be safe and in good health. Kelland—www.vestheory.com
Sunday, October 2, 2011
Electons: elastic strings of the electric force
The Forces of Nature by Kelland Terry, Ph.D.
Shortly before World War II ended, Dad quit being a civil engineer and began to develop the land he and mother had homesteaded. He built miles of fencing to allow cattle and sheep to graze on the property, and he built a reservoir with a team of horses and a scraper, and he built ditches to carry water to garden and trees. One day Dad had a team of horses hitched up to a scraper, and the two of us walked along, pitching rocks on the scraper to be hauled away. He was trying to clear the land to plant alfalfa and fruit trees. For some reason Dad had the team of horses stopped, and he was busily engaged down between scraper and horses while I played nearby. To my horror the horses started forward with Dad trapped between scrapper and horses. For a moment, I thought something I had done was going to kill Dad. Fortunately, he was an agile man, and he jumped out of harms way before the scraper could grind him into the dirt. Now, the amazing part: Instead of chewing me out, he unhitched the scraper and ran the horses in a circle until they were ready to drop. He never did say a word to me.
The horses circling around Dad remind me of the electron circling around a proton. Dad held the horses in check with the reins, and in the same manner, the electron that orbits a proton is held in check by elastic strings. This stops the electron from escaping.
Electrons and protons are an integral part of all atoms. In fact the hydrogen atom is composed entirely of one electron and one proton. The proton is 1836 times more massive than the electron, but the negative electric field created by the electron is exactly equal to the positive electric field created by the proton. They completely neutralize each other; thus, the hydrogen atom is electrically neutral as well as all other atoms if they have not lost an electron.
The negative electric field created by electrons is composed of elastic strings that I call e-electons. The positive electric field created by protons is composed of elastic strings that I call p-electons. When e-electons meet p-electons, a strong mechanical bond forms between them and this holds the electron in orbit. In nature there are an equal number of electrons and protons, and for this reason the earth tends to be electrically neutral. Till then, be safe and in good health. Kelland—www.vestheory.com
Shortly before World War II ended, Dad quit being a civil engineer and began to develop the land he and mother had homesteaded. He built miles of fencing to allow cattle and sheep to graze on the property, and he built a reservoir with a team of horses and a scraper, and he built ditches to carry water to garden and trees. One day Dad had a team of horses hitched up to a scraper, and the two of us walked along, pitching rocks on the scraper to be hauled away. He was trying to clear the land to plant alfalfa and fruit trees. For some reason Dad had the team of horses stopped, and he was busily engaged down between scraper and horses while I played nearby. To my horror the horses started forward with Dad trapped between scrapper and horses. For a moment, I thought something I had done was going to kill Dad. Fortunately, he was an agile man, and he jumped out of harms way before the scraper could grind him into the dirt. Now, the amazing part: Instead of chewing me out, he unhitched the scraper and ran the horses in a circle until they were ready to drop. He never did say a word to me.
The horses circling around Dad remind me of the electron circling around a proton. Dad held the horses in check with the reins, and in the same manner, the electron that orbits a proton is held in check by elastic strings. This stops the electron from escaping.
Electrons and protons are an integral part of all atoms. In fact the hydrogen atom is composed entirely of one electron and one proton. The proton is 1836 times more massive than the electron, but the negative electric field created by the electron is exactly equal to the positive electric field created by the proton. They completely neutralize each other; thus, the hydrogen atom is electrically neutral as well as all other atoms if they have not lost an electron.
The negative electric field created by electrons is composed of elastic strings that I call e-electons. The positive electric field created by protons is composed of elastic strings that I call p-electons. When e-electons meet p-electons, a strong mechanical bond forms between them and this holds the electron in orbit. In nature there are an equal number of electrons and protons, and for this reason the earth tends to be electrically neutral. Till then, be safe and in good health. Kelland—www.vestheory.com
Saturday, October 1, 2011
Particles that make elastic strings
The Forces of Nature by Kelland Terry, Ph.D.
Growing up on the farm always gave me plenty to do. For one thing, from the age of 10 on, I milked our cow every night and morning. I had it down pat. I could leave the house on a dead run, feed the cow a helping of oats, milk her, and get back to the house in 10 minutes (okay, maybe this is a slight exaggeration). She was a jersey cow and she gave us about one gallon of milk twice a day. This was a big source of food for our family because not only did we drink lots of milk, Mother also used it to make cottage cheese, gravies, hot cereals, and we ran the milk through a separator that left us with a good supply of cream for Mother to make butter and butter milk. I suspect I always went to school with a slight smell of barnyard and milk cow.
These days I find myself thinking of gravity and the elastic strings that make my theory work. There are three different particles that are known to create force fields. They are photons (small particles that make up light), electrons (tiny particles that orbit protons or flow through an electric wire), and quarks (not much bigger than electrons) that are found inside the nucleus of the atom. Electrons and photons create electric fields, magnetic fields, and gravitational fields. Quarks also create these same fields, and in addition they create the fields responsible for the nuclear forces. The fields are composed of elastic strings, and each force has its own distinctive strings.
Growing up on the farm always gave me plenty to do. For one thing, from the age of 10 on, I milked our cow every night and morning. I had it down pat. I could leave the house on a dead run, feed the cow a helping of oats, milk her, and get back to the house in 10 minutes (okay, maybe this is a slight exaggeration). She was a jersey cow and she gave us about one gallon of milk twice a day. This was a big source of food for our family because not only did we drink lots of milk, Mother also used it to make cottage cheese, gravies, hot cereals, and we ran the milk through a separator that left us with a good supply of cream for Mother to make butter and butter milk. I suspect I always went to school with a slight smell of barnyard and milk cow.
These days I find myself thinking of gravity and the elastic strings that make my theory work. There are three different particles that are known to create force fields. They are photons (small particles that make up light), electrons (tiny particles that orbit protons or flow through an electric wire), and quarks (not much bigger than electrons) that are found inside the nucleus of the atom. Electrons and photons create electric fields, magnetic fields, and gravitational fields. Quarks also create these same fields, and in addition they create the fields responsible for the nuclear forces. The fields are composed of elastic strings, and each force has its own distinctive strings.
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