Tesla coils and how coils and capacitors work

 Copy write by Frank R Naypaver

 11-21-2006

The phenomena of coils which induce a coils primary windings, small voltage, large flow, of electric current to high voltage low current in the secondary windings of a induction circuit is not understood and only through trial and error experimentation humans have gained use of inductors in their daily lives.

 To explain this coil phenomena one only need to consider a different spin on how atoms and electrons move in space which is quite different then conventional physics. In the real world the smallest particles of matter are not the atoms, but a particle found in cosmic rays discovered by whats his name and named the bostan he didn’t know what it did, so not much was made of it. This particle comes from space, the earth and everywhere, they carry the inertia energy that makes the universe work. This ultimate particle is what travels at the speed of light through the vacuum between the atoms, and make up atomic masses, cause gravity, nuclear strong, and nuclear weak bonds of protons, neutrons and electrons. In the universe ultimate particles are ejected from the protons continually at the speed of light in smoke ring like, million particle bursts that travel out to neutrons, electrons forming atoms. The only rules that atomic particles obey is.

U-particles are neither created or destroyed. U-particles carry speed of light inertia energy through the vacuum of space between atomic masses. U-particles come from every where and everything in the universe and bombard atomic masses of u-particles from all sides which holds them together as basic atomic masses. When a greater source of u-particles react on a u-particle atomic mass, the atomic mass ejects at light speed the excess collected mass of u-particles as a ring like cloud, of one electron volt thrust , “quanta”, in the opposite direction of the greater source of u-particles, this rockets the atomic mass toward the greater source of u-particles.

there is a critical quantity of ultimate particles that protons, neutrons, and electrons can contain, these atomic masses get bombarded by ultimate particles continuously from all sides forging and holding ultimate particles into atomic masses the trillions of ultimate particles collide at light speed all around a atomic mass and use their speed of light collision inertia to contain it as a stable atomic mass. When the atomic mass reaches its limit of ultimate particles, it explodes away at the speed of light, from the atomic masses weakest bombarded area, the extra particles in a smoke ring like form containing a million ultimate particles as quanta, this reacts against the atomic mass rocketing it with a one electron volt thrust, in the opposite direction. The atomic particle will always eject it’s quanta in the opposite direction of the greatest source of ultimate particles. This means the atomic mass will always rocket toward the greatest mass or ultimate particle source effectively steering a atomic mass toward them. Keep in mine that the atoms relay quanta disturbances from one another through space, light, emf, and any other kind of energy is a disturbance of quanta around and through atomic matter.

Getting back to coils; electricity is the movement of electrons in space, as from the paragraph above electrons are in equilibrium around their copper wire atom which are receiving and ejecting quanta of ultimate particles, The electron collects ultimate particles from all around over time and ejects quanta that rocket it toward the copper atoms core, until the out going flow of ultimate particles from the atoms nuclei collisions, counter act the electrons ability to rocket toward it. This balance of particles rocketing the electron mass toward the atoms core which is shooting out particles from it’s core which collide at light speed on the electron stopping it from reaching the atoms core, in this way atoms retain electrons in obits around them. When a disturbance is applied to the copper wire by quanta from a magnet, heat , friction, or stored quanta from a battery the extra ultimate particles disturbance move from atom to atom causing the more easily moved outside orbiting electrons to see the disturbance as the greater source of ultimate particles then coming from the copper atom and the electrons rocket themselves toward the disturbance causing current(electrons) to move in the copper wire. As current electrons move through the wire by the ejection of their quanta in smoke ring like patterns of ultimate particles that radiate away perpendicular to their movement in the wire so this is why we see the circular EMF disturbance field arrange iron filings in that manner around a wire with current in it. When we build a coil we have a primary and a secondary coil, the primary coil radiates great numbers of quanta toward the secondary coil, this causes the electrons in the secondary to rocket themselfs toward the primary windings and bunch up there till the current in the primary is turned off. When the higher current fewer windings in the primary is turned off the secondary with its much larger windings now holds a huge amount of shifted electrons which now want to sling shoot home and rocket back with their copper atoms which are now the greatest source of u-particles. As the secondary winding electrons line up rocketing themselves back toward the copper atoms they line up like a train one behind the other each electron receiving extra u-particles form the one in front of it, steering it back through the wire till the electrons run out of wire and the remaining rear electrons push the front electrons out into space across a spark gap, like a train runs out of track and the rear cars push the front ones out into a open gorge.

In a Tesla coil the same thing happens where the primary is on one end of the secondary coil which is wound one layer thick with a thousand feet of wire. When electrons stored in a battery flow through the primary coil electrons of the secondary coil start receiving quanta from it and rocket toward it, when the spark gap stops the flow of electrons in the primary, the electrons in the secondary rush back away from the primary with the electrons lining up like train cars and the rear electrons push the front electrons out the end of the wire forming the electron streamers common to Tesla coils.

Capacitors and how they work; the capacitors work similar to the coils in that they relay u-particles through their atoms in a way that allows the capacitors plates to attract electrons to rocket toward one side or the other plates, filling them up and discharging them with electrons. This is accomplished by extra u-particles from a battery, magnet passing over a wire, or some other disturbance passing quanta to the wires leading to the capacitor that would cause u-particles to pass from copper atom to atom in the wire and attract electrons to one plate of the capacitor the build up of electrons discharging their u-particles from one plate through a medium to the other plate attracting the electrons on that plate to rocket toward the u-particle rich plate. As the electrons eject u-particles away from the plate jetting themselves towards the plate the electrons behind them get struck by and absorb the relayed u-particles, using them to rocket toward the plate, so as the excess u-particle disturbance moves through the electrons of the opposite plate, more electrons rush in attracted by a build up of more u-particle quanta. The result of this is the capacitor gets charged with electrons trying to reach the ejected u-particle build up on the positive plate. When the u-particle disturbance subsides the positive plate no longer supplies the electrons with the u-particles that attracted the other electrons to the negative plate. The copper atoms the negative plate electrons were pulled from, now attract them back discharging the capacitor. If the capacitor positive and negative plate are isolated by cutting the connection wires the electrons are trapped on the negative plate their u-particle discharge now attracting the electrons on the positive plate so if we connect the wires from the positive plate to the negative plate the electrons from the negative plate rush over to the positive plate till the u-particles fail to attract them by being equal on both plates.

Capacitor and inductor oscillators; when we hook a capacitor and a inductor coil in parallel we get a oscillation in the circuit. If the capacitor and the coil are of correct size we can get a tuned circuit that well oscillate back and forth for a long time. This circuit is used in a Tesla coil to increase the cycles pushing more quanta and electrons out of the coils wire ends. To get a tuned circuit the capacitor must be the right size to except the volume of electrons that flow back and forth through the wire of the coil. We have formulas that will give the sizes of the coil and the capacitor, but no one knows how it works or why it works. Using u-particle physics it can be explained. If again a u-particle disturbance is caused in the feed wires of the inductor, capacitor parallel hook up circuit, the electrons leave their copper atom homes and rocket towards the grater source of u-particles coming from the other end of the wire they reach the coil and the capacitor at the same time but they can fill up the capacitor first because it will take more time to travel through the long coil of wire. As the capacitor fills with electrons they begin to send excess u-particles over to the negative plate of the capacitor and the negative plate electrons start steaming in from the other side of the coil wire using the newly acquired u-particles to rocket themselves towards the capacitor’s positive plate, but being trapped on the negative plate. By the time the electrons from the original disturbed electrons get to the end of the coil wire, the capacitor’s negative plate electrons have already set up a electron stream moving like a freight train into the negative capacitor plate the coil electrons join in filling the plate up with electrons and u-particles. Now the negative plate is loaded with electrons and u-particles that relay through the plate separator materials atoms, causing u-particle collisions with the positive plate causing the few electrons left there to start streaming back to the positive plate because now it is receiving the most u-particle action. This back a and forth movement of electrons driven by quanta u-particle exchanges is largely due to a coil of wires, ability to line up electron streams which move like train cars on a train track were the front electrons supply the back electrons quanta to rocket themselves following in line through a wire.

Tesla coil; in a Tesla coil we have a tuned capacitor in series with a small 4 to 5 turn primary coil wrapped around a open ended 1000 thousand turn secondary coil. The energy is usually supplied by a high voltage source like a 15000V 60cycle neon sign transformer. Here the capacitor allows a large number of electrons to flow through the primary radiating quanta to the secondary coil till the capacitor volume is reached, building up to 15000volts of pressure when a spark gape shorts the capacitor out, discharging it and allowing the charging cycle to start again. The primary and the secondary coils are tuned so like a tuned piano string once plucked it vibrates with the other strings. The ideal operating condition is to attract the most electrons in the secondary coil to move as close to the primary coil as possible with u-particle quanta, then turn off allowing these electrons time to line up one behind the other and rocket back through the wire to the other end of the secondary coil where they push each other out of the coil wires end, in to the room as sparks.

By using u-particle physics capacitors and coils can be explained and understood as many other problems in physics can be solved. The u-particles smoke ring like quanta can be proved to exist and demonstrated in the polarization of light and radio waves.