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Hi all,
Tombe published some very interesting articles at:
Frederick David Tombe
Like for example the paper "Centrifugal force in the Electric Circuit":
http://www.gsjournal.net/Science-Jou...s/Download/246
"Abstract. The Lorentz force contains a convective term, v×H. It has been assumed in this series that this term is a Coriolis force. It was shown in an earlier paper that the centrifugal force, grad(A.v), should also be present in the Lorentz force but that it is missing.
It will now be suggested that the v×H term in the Lorentz force may in fact be the general convective force, and that it refers to the centrifugal force in the irrotational case when it applies to the force that is acting on a current carrying wire, whereas it refers to the Coriolis force in the rotational case when an electric current is induced in a wire that is moving through a magnetic field."
And "The Aether and the Electric Sea":
http://www.gsjournal.net/Science-Jou...s/Download/241
"Abstract. The aether alone cannot explain electromagnetism. In order to explain electromagnetism, we need to have a sea of aether vortices. In order to have a sea of aether vortices, we need to have sources and sinks in the sea. These sources and sinks are what we call electric particles and it is the ‘Electric Sea’ of electric particles that shapes the aether into vortices and causes the fundamental hydrodynamical aethereal forces to manifest themselves in the particular guise of electromagnetism.
The distinction between the aether and the electric sea, and the relationship between them has not been discussed since the time of James Clerk-Maxwell. This paper aims to clarify the relationship between the aether and the electric sea. The gyroscopic solenoidal alignment of the electric sea can reverse a mutually attractive gravitational/electrostatic force into a mutually repulsive electrostatic force. The gravitational and electrostatic forces primarily arise out of pure aether hydrodynamics."
Interestingly enough, these theories appear to be closely related to Joseph Newmans theories, even though Newman uses somewhat different terminology:
JOSEPH NEWMAN'S THEORY by Dr.Roger Hastings, PhD
"Newman began studying electricity and magnetism in the mid-1960s. He has a mechanical background, and was looking for a mechanical description of electromagnetic fields. That is, he assumed that there must be a mechanical interaction between, for example, two magnets. He could not find such a description in any book, and decided that he would have to provide his own explanation. He came to the conclusion that if electromagnetic fields consisted of tiny spinning (gyroscopic) massergies moving at the speed of light along the field lines, then he could explain all standard electromagnetic phenomena through the interaction of spinning (gyroscopic) massergies. Since the spinning massergies interact in the same way as gyroscopes, he called the massergies gyroscopic particles or gyroscopic massergies (a later nomenclature).
In my opinion, such spinning gyroscopic massergies do provide a qualitative description of electromagnetic phenomena, and his model is useful in understanding complex electrical situations (note that without a pictorial model one must rely solely upon mathematical equations which can become extremely complex).
Given that electromagnetic fields consist of matter in motion, or kinetic energy, Joe decided that it should be possible to tap this kinetic energy. He likes to say: "How long did man sit next to a stream before he invented the paddle wheel?"
Joe built a variety of unusual devices to tap the kinetic energy in electromagnetic fields before he arrived at his present motor design. He likes to point out that both Maxwell and Faraday, the pioneers of electromagnetism, believed that the fields consisted of matter in motion. That is stated in no uncertain terms in Maxwell's book "A Dynamical Theory of the Electromagnetic Field". In fact, Maxwell used a dynamical model to derive his famous equations. That fact has all but been lost in current books on electromagnetic theory. The quantity which Maxwell called "electromagnetic momentum" is now referred to as the "vector potential".
Going further, Joe realized that when a magnetic field is created, its gyroscopic massergies must come from the atoms of the materials which created the field. Thus he decided that all matter must consist of the same gyroscopic massergies."
Tombe published some very interesting articles at:
Frederick David Tombe
Like for example the paper "Centrifugal force in the Electric Circuit":
http://www.gsjournal.net/Science-Jou...s/Download/246
"Abstract. The Lorentz force contains a convective term, v×H. It has been assumed in this series that this term is a Coriolis force. It was shown in an earlier paper that the centrifugal force, grad(A.v), should also be present in the Lorentz force but that it is missing.
It will now be suggested that the v×H term in the Lorentz force may in fact be the general convective force, and that it refers to the centrifugal force in the irrotational case when it applies to the force that is acting on a current carrying wire, whereas it refers to the Coriolis force in the rotational case when an electric current is induced in a wire that is moving through a magnetic field."
And "The Aether and the Electric Sea":
http://www.gsjournal.net/Science-Jou...s/Download/241
"Abstract. The aether alone cannot explain electromagnetism. In order to explain electromagnetism, we need to have a sea of aether vortices. In order to have a sea of aether vortices, we need to have sources and sinks in the sea. These sources and sinks are what we call electric particles and it is the ‘Electric Sea’ of electric particles that shapes the aether into vortices and causes the fundamental hydrodynamical aethereal forces to manifest themselves in the particular guise of electromagnetism.
The distinction between the aether and the electric sea, and the relationship between them has not been discussed since the time of James Clerk-Maxwell. This paper aims to clarify the relationship between the aether and the electric sea. The gyroscopic solenoidal alignment of the electric sea can reverse a mutually attractive gravitational/electrostatic force into a mutually repulsive electrostatic force. The gravitational and electrostatic forces primarily arise out of pure aether hydrodynamics."
Interestingly enough, these theories appear to be closely related to Joseph Newmans theories, even though Newman uses somewhat different terminology:
JOSEPH NEWMAN'S THEORY by Dr.Roger Hastings, PhD
"Newman began studying electricity and magnetism in the mid-1960s. He has a mechanical background, and was looking for a mechanical description of electromagnetic fields. That is, he assumed that there must be a mechanical interaction between, for example, two magnets. He could not find such a description in any book, and decided that he would have to provide his own explanation. He came to the conclusion that if electromagnetic fields consisted of tiny spinning (gyroscopic) massergies moving at the speed of light along the field lines, then he could explain all standard electromagnetic phenomena through the interaction of spinning (gyroscopic) massergies. Since the spinning massergies interact in the same way as gyroscopes, he called the massergies gyroscopic particles or gyroscopic massergies (a later nomenclature).
In my opinion, such spinning gyroscopic massergies do provide a qualitative description of electromagnetic phenomena, and his model is useful in understanding complex electrical situations (note that without a pictorial model one must rely solely upon mathematical equations which can become extremely complex).
Given that electromagnetic fields consist of matter in motion, or kinetic energy, Joe decided that it should be possible to tap this kinetic energy. He likes to say: "How long did man sit next to a stream before he invented the paddle wheel?"
Joe built a variety of unusual devices to tap the kinetic energy in electromagnetic fields before he arrived at his present motor design. He likes to point out that both Maxwell and Faraday, the pioneers of electromagnetism, believed that the fields consisted of matter in motion. That is stated in no uncertain terms in Maxwell's book "A Dynamical Theory of the Electromagnetic Field". In fact, Maxwell used a dynamical model to derive his famous equations. That fact has all but been lost in current books on electromagnetic theory. The quantity which Maxwell called "electromagnetic momentum" is now referred to as the "vector potential".
Going further, Joe realized that when a magnetic field is created, its gyroscopic massergies must come from the atoms of the materials which created the field. Thus he decided that all matter must consist of the same gyroscopic massergies."
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