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
Thursday, October 13, 2011
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
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