seasmith wrote:Is Magnetism a thing? No. Is Electricity a thing? No. Is Charge a thing? Pretty much.
seasmith wrote:Taking the relative opposing motions as given, the assumption may be made here that electric and magnetic fluxes are opposing modes of propagation. One is of charge dispersion, the other of charge return. Thus charge cycles and recycles and endures over time.
seasmith wrote:North/south poles and plus/minus designations merely represent where in the circuit one places a ~ground state, ie charge equilibrium; and or, a ~generator, ie charge field.
“Charge is the kinetic emission of quantum aether particles from electrons and protons.”
“… charge particles [~fly] away from the magnet in straight lines at the speed of c, never ever to return.”
Michael V : “Charge is the kinetic emission of quantum aether particles from electrons and protons.”
“… charge particles [~fly] away from the magnet in straight lines at the speed of c, never ever to return.”
seasmith : You’ve managed to localize charge in the first line, then banish it to the great cosmic unknowns in the last.
seasmith wrote:Placing one finger on a generator output, or battery in this case, and the other in the ground, we may feel a tingle as charge moves from battery to local equilibrium.
seasmith wrote:We know it has achieved relative equilibrium because we can place either or both of the battery input/output contacts on the ground all day and the battery does not regain one whit of (local) surplus charge.
No.seasmith wrote:You would agree that charge emissions impinging upon the terraspheric system, from outside,
are recycled, yes ?
Everything and everywhere contains, and is surrounded by, a material field of moving quantum aether particles. To say that charge is received from "outside" and is recycled, is to imply that charge somehow initiates, operates and then ceases - presumably you are chasing some philosophical circuit.
Charge, as described as electrostatic charge and simultaneously as electrostatic field, is a reaction of electrons and protons to the field. In essence we may think of this as a reflection or rebounding of quantum aether particles. The effect of which is to provide a field of force around electrons and protons that is vector centred at and away from those objects.
As such, electrons and protons may be described as charged particles. However, this is not a temporary or transient condition, it is constant and permanent. All electrons and protons in the entire universe are at all times and in all places "charged".
The effects of electricity and magnetism are as a result of a characteristic of electrons, or more specifically free-electrons, that are not encumbered by atomic structure duties.
Electrons behave as if they are disc shaped, you may visualise a Catherine Wheel, or if you prefer a sphere and ring system or a torus or oblated sphere with equatorial emission - all may serve the same purpose, that is, to allow forced alignment and concentrated non-spherical emission.
Michael V: As such, electrons and protons may be described as charged particles. However, this is not a temporary or transient condition, it is constant and permanent. All electrons and protons in the entire universe are at all times and in all places "charged".
seasmith: Correct
Michael V: Everything and everywhere contains, and is surrounded by, a material field of moving quantum aether particles. To say that charge is received from "outside" and is recycled, is to imply that charge somehow initiates, operates and then ceases - presumably you are chasing some philosophical circuit.
seasmith: A wrong presumption. Charge moves in and out of our particular earth-bound realm of 'existence'. Circuits are just smaller subsets of larger cycles. Your spinning Cathrine Wheel cycles, if it spins.
Michael V: Electrons behave as if they are disc shaped, you may visualise a Catherine Wheel, or if you prefer a sphere and ring system or a torus or oblated sphere with equatorial emission - all may serve the same purpose, that is, to allow forced alignment and concentrated non-spherical emission.
seasmith: A crude and misleading analogy. It does not account for the basic attribute of space - volume.
Don wrote:an oscillating E-field and an oscillating B-field. These must be at an angle (usually a right angle) in space with respect to each other.
Don wrote:Both electric fields and magnetic fields require charge to be present somewhere in the vicinity of the fields.
Don wrote:An electric E-field depends on the existence of one kind of “charge” being located somewhere and the opposite kind of charge being somewhere else. We arbitrarily call these two different kinds of charge “positive” and “negative”.
Don wrote:A magnetic B-field depends on the time rate of change of position of some charge.
Don wrote:No particles (electrons or +ions) leave the transmitting antenna – just the fields.
We do not claim these fields are extant physical objects. But they act as though they really exist (it may be they are just a useful abstract theoretical concept).
Don wrote:Obviously engineers use EM field theory to design all sorts of useful (real) things, such as microwave ovens and space communications systems. To do this they do not have to get into discussions of photon spin or gluon stickiness. Nor does it involve any consideration of the physical mass of the particle carrying the “charge”.
Both electric fields and magnetic fields require charge to be present somewhere in the vicinity of the fields. Of course in the cosmos the word “vicinity” can have very large dimensions.
§ An electric E-field depends on the existence of one kind of “charge” being located somewhere and the opposite kind of charge being somewhere else. We arbitrarily call these two different kinds of charge “positive” and “negative”.
How do you suppose that "electrical" magnetism differs from the permanent magnetism of a bar-magnet?
From close up, all we see is the individual magnetic fields which surround each charge. The intensity of these fields is many orders of magnitude more than that of any magnetic field we might create in a laboratory or in an electric motor. This field forms circular loops about the line of motion of the charge. At this scale we can use the term "field of motion" to describe the magnetic field surrounding the charge. As we move away from an individual charge, the strength its magnetic field falls off until we find it merging into and combining with the fields of other charges. Eventually we reach human scales and see magnetic fields as revealed by iron filing patterns. But to gain an understanding of the nature of magnetism, we need to consider a simple moving charge. Put aside your concept of an electron and consider a fictional entity which I call a pure charge. It has no mass, no angular momentum and no intrinsic magnetic moment. It is simply a hollow spherical surface of charge.-----------There is the energy stored in the magnetic field surrounding the electron and we can think of this as the kinetic energy of the electron. Then there is the energy which the electron contributed to the magnetic field which the current generates. But the removal of one electron from the group would mean that the the current is reduced and the surrounding magnetic field needs to shrink. This loss of energy from the magnetic field results in equal amounts of energy have to be transferred to each electron of the current. This flow of energy into the surfaces of the individual charges results in the generation of a force tending to accelerate each electron in the direction of the current. I call this the intimate connection because it links the motion of all of the electrons which constitute the current. A collision which decelerates on electron accelerates all the other electrons. This is the essence of the effect which we call self inductance.---------------One thing is certain: there is more to magnetism than we ever imagined.
It has been experimentally proven that an electron has a magnetic field about it along with an electric field. The effectiveness of the magnetic field of an atom is determined by the number of electrons spinning in each direction. If an atom has equal numbers of electrons spinning in opposite directions, the magnetic fields surrounding the electrons cancel one another, and the atom is unmagnetized. However, if more electrons spin in one direction than another, the atom is magnetized. An atom with an atomic number of 26, such as iron, has 26 protons in the nucleus and 26 revolving electrons orbiting its nucleus. If 13 electrons are spinning in a clockwise direction and 13 electrons are spinning in a counterclockwise direction, the opposing magnetic fields will be neutralized. When more than 13 electrons spin in either direction, the atom is magnetized.

Examination of the arrangements of iron filings in figure 1-13will indicate that the magnetic field is very strong at the poles and weakens as the distance from the poles increases. It is also apparent that the magnetic field extends from one pole to the other, constituting a loop about the magnet.
Michael V wrote:
[snip]
The undeniable fact that electro-magnetic waves have never been detected does not appear to deter believers. The undeniable fact that light has absolutely no electro-magnetic components does not appear to deter believers.
Michael V wrote:Don,
Hmmm, You have listed many of the erroneous elements of present electro-magnetic theory. The most outlandish claim must surely be the assertion of the existence of electro-magnetic waves:Don wrote:an oscillating E-field and an oscillating B-field. These must be at an angle (usually a right angle) in space with respect to each other.
This really is well and far beyond the logical pale - have you been listening to that Maxwell bloke? Electromagnetic fields do not exist in any way or form without the free-electrons that emit them. The premise that light/photons is an electro-magnetic wave is a flat-Earth/black-hole/big-bang rolled into one. It is possibly the hugest scientific blunder that we are presently faced with undoing.
Maxwell's invented mathematical conjecture was accepted solely on the basis of a common velocity. The undeniable fact that electro-magnetic waves have never been detected does not appear to deter believers. The undeniable fact that light has absolutely no electro-magnetic components does not appear to deter believers. TEMs are a belief system that is in no way scientific. Although, I am presently most convinced by light as a composite particulate photon, I am also deliberating the possibility that light may actually be some sort of wave or oscillated composite particle defined by frequency. However, I consider the possibility that light is a transverse electro-magnetic wave to be zero.Don wrote:Both electric fields and magnetic fields require charge to be present somewhere in the vicinity of the fields.
Electric and magnetic fields emanate from matter - the "somewhere is the vicinity" is at the centre of the fields.Don wrote:An electric E-field depends on the existence of one kind of “charge” being located somewhere and the opposite kind of charge being somewhere else. We arbitrarily call these two different kinds of charge “positive” and “negative”.
What evidence do have for this claim of different "kinds" of charge? This is a very important point to be explained - that there is presently no explanation available or forthcoming should be rather worrying for proponents.Don wrote:A magnetic B-field depends on the time rate of change of position of some charge.
Charge particles are emitted from free-electrons with a speed of c, but of course that is not what you are referring to. Your statement is presumably a reference to "electricity flowing" in a wire or plasma. Would I be also correct in assuming that your "charge" consists of electrons?. How do you suppose that "electrical" magnetism differs from the permanent magnetism of a bar-magnet?Don wrote:No particles (electrons or +ions) leave the transmitting antenna – just the fields.
Ions (I'm still curious why you denote them as +ve) do not emit photons - electrons emit photons, and the photon "particles" are transmitted.We do not claim these fields are extant physical objects. But they act as though they really exist (it may be they are just a useful abstract theoretical concept).
Force and the reactive motion of affected objects are not theoretical concepts. Something real and physical must exist.Don wrote:Obviously engineers use EM field theory to design all sorts of useful (real) things, such as microwave ovens and space communications systems. To do this they do not have to get into discussions of photon spin or gluon stickiness. Nor does it involve any consideration of the physical mass of the particle carrying the “charge”.
I do not dispute that engineers/technologists are able to design and build all sorts of devices despite the underlying theory being intrinsically wrong - gluons do not exist, don't even go there.
It is quite possible that we will have to agree to differ on some theoretical areas, however, I would appreciate your response particularly in respect of the bolded questions.
Thanks in advance
Michael
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