The Audio recording:
Is there a relationship between Tetryonics and
“The Radio Circuit Diagram”?
source, resistor, coil and capacitor
phase, energy, time, space
information, radio, electricity, magnetism
QED describes many of these principles.
We can recapitulate some basic concepts.
See how it relates to energy, in structure.
Starting with the understanding of induction.
The Planck constant/quantum is the starting point.
See 01.07; it is the key to everything
It links geometry to physics.
And is about angular momentum; and its inverse.
There is a quantised angular momentum, introduced by Max Planck.
He realised that the Heat Laws do not work in combination.
The mathematics required infinite energy in a zero point.
He assumes the energy to be stored in an oscillator.
An oscillator can be built by coiling copper wire around a nail.
The coil is the inductor; the nail has no real role, but serves as potential ' amplifier'.
In Tetryonics this is represented as an equilateral triangle; a geometry.
It is m**2/second; the unit of angular momentum; the symbol Omega.
The Planck Oscillators (e=nhv) is a short form for mass-omega.
The equilateral geometry can be imagined to be a single coil.
Squared valued are equilateral geometries;
per unit of time (per second) it is drawn by a surrounding circle.
Any circuit/loop can thus be represented by a triangle, in a circle (per second).
Vector rotation in physics, is flux in electromagnetic theory.
That can be represented by an inductor: 03.10; a closed loop coil.
The energy can flow, creating an electromagnetic field, with its orientation.
The CoiL, L, can represent stored electric flow, without loss.
There are 2 possible directions of flow (= or - rotation).
This will determine where N & S magnetic poles are found.
And discerns the 'positive' or 'negative' charge Planck unit.
The triangle is a model for (short-circuited) energy.
The quantum reality is that Plant Units are equilateral triangles.
That, we can model by a coil; in the form of a triangle.
It is represented by the symbol Omega.
It is an electric/magnetic energy geometry.
At the quantum level, it is a flat triangle.
At the physical level, it is an energy.
This is often called the "Zero Point Field".
The energy is e=hf/2;
an equilateral triangle
a Planck quantum
03.11 shows the quantum inductor and energy levels;
It is a larger triangle composed of multiple Planck units
Equilateral fields always are odd numbers of triangles.
It will always be either odd. or either + OR -.
: Every level of the triangle has its own polarity.
And thus represents a different boson.
It forms a sequence of numbers.
And implies an addition operation.
Every level adds another 'row' of Planck quanta.
Each has squared root linear momentum.
With its own orientation in the 'field'.
With the height of the triangle adding the effect.
N & S fields enhance each other: the photon-magneton.
Coupled inductance creates a photon.
These can be electrostatic (charged) or magnetic (neutral).
The loops in the image are each an Omega symbol/element.
Along the bottom the "series inductance' is seen.
In the triangle they are seen as Coupled Inductors.
Compare it to linking bar magnets in sequence.
Together, they thereby form larger magnetic fields.
This is known as the weak force.
The equilateral geometries show the organisation.
It is 2D mass-energy; each of which is a "Field".
All fields of physics are formed by these mass/inertia/coil couplings.
We have squared energy levels; colour coded in Red (N1), orange, yellow, green, aqua, blue, indigo, violet (N8).
Rarely N9 needs to be indicated; it is shown in black.
When the coils uncoupled, the energy flows out (no longer around).
Each level is an odd number; as was discovered by Fermat.
This provided a bridge between flat 2D geometries: short-circuited inductive loop wires.
17.08 shows the inductive loop in electromagnetic theory: "electrical masses".
When the short-circuited loops are formed, they become "inertial".
Adding energy restores the electric or, vice versa, the magnetic.
Once charged, it resists change: "Electrical mass".
In physics Matter Mass likewise does not want to change its motion.
That is described in Newton’s Laws; it was thought to be counter-intuitive.
It is now seen to be founded on the principle of short-circuited loops.
The coil is the ideal conductor.
There is no resistance; with indefinite storage capacity.
Adding energy will restore the energy field.
Breaking the loop releases the charge.
The principle is the same: closed loop; a triangle circuit.
These form forces, mass, and masses.
They are formed by quantised electrical momentum.
As represented by the equilateral triangle.
Now we can look at 21.01: Maxwell’s Laws.
They are shown as charged Planck quanta.
On the left/right you see the Planck Quanta.
The height is the squared root (Linear Momentum).
Kinetic Energy is the (diamond shaped) electromagnetic field.
It is a secondary field.
There is an additional vector: the magnetic Vector ("A")
Shown in the middle of the base of t he triangle, with the aqua coloured vector.
The A vector is from S to N.
See the QM and QED books for details.
Maxwell equations combines Gauss', Faraday's and Ampere's laws.
Magnetic poles are complementary; always found together.
The electric field points out, away from the source.
Faradays law of induction is about changing magnetic fields.
Changing magnetic field will also create electriucal fields..
That is shown in the geometry of the Planck quanta.
A charged particle in motion evokes a sign wave in a meter.
The electric and magnetic are 90-degrees out of phase.
This is shown in the orientation of the E and A vector in the triangle.
And is shown in the following illustration
- Tetryonics 98.01 - Unit circles - SINE WAVES - Photons.jpg
Einstein and others regarded the photon as a bundle of energy.
The illustration shows the positive and negative fluxes.
The darker coloured lines are the magnetic vector.
It is a transverse EM wave shown in many (misleading) illustrations.
It is the dipole arrangement f the photon which offers the explanation.
As a photon passes a measuring point, the E field rises.
When it reduces, the magnetic field passes by and peaks; when it dies down the E field again peaks up.
This leads to the coupled sine wave the geometry/effect can be seen to change.
Faraday discovered this, and Maxwell described it.
It is an effect of energy; not of matter.
Einstein gave the wrong explanation.
Because he assumed point particles; not Planck Quanta.
The diamons shape in motion creates 2 combined sine waves.
That does not mean that the particle if spherical; it is diamond shaped.
Energy in motion creates a secondary KEM field.
Tghios is shown in 21.08
This describes a current flowing in a wire; separated by a distance in space.
We are still dealing with the Planck circuit.
But now shown as a circuit connected to a battery.
If a conductor is connected to the - and + poles.
The charge of the object determines the direction of motion.
It is the linear momentum of the Planck Quanta.
That determines the electron/proton flow in the circuit.
Red arrows pointing up; the number of quanta in the triangle = the voltage.
On the right hand side, the flow is in the opposite direction; as shown by black arrows.
That is the electron current flow.
Together, that is Ampere's Law.
Conventional/electron current flows are discerned by the charge on the particles.
The Right Hand Rule indicates the direction of the electron field around a wire through which a curent flows.
It has a kinetic energy, and a magnetic moment.
With a +/- particle the N/S polarity is reversed.
The geometry of the Right Hand Rule follows from the Planck Triangle, not from the hands...
There is no magnetic loop around a wire.
Amperes law shows the equilateral field.
The geometry of the Planck Quanta applies to scalar fields.
Then it is known of the "Capacitance".
The KEM fields superimpose and interact.
They bring opposite charge particle together, and drives same-charge particles apart.
Particles moving in a conductor will interact, by that principle.
The force is not co-linear, but sideways (Coulomb force).
22.12 goes into the definition
Coulomb Charge is the counterpart of Ampere Force.
Coulomb is a form of mas-energy: kg.sec
Ampere is Energy per length of wire per time: involving Matter.
Due to the motion it has an equilateral KEM field; like a wake around a boat.
Current is a measure of matter in motion per unit of time.
charge is a measure of mass-energy.
It is the difference between mass and Matter
The Electric Current is Matter; flow; KG, capitalised.
This redefines electricity.
From a myth, it becomes a reality.
Tetryonics unifies all findings in the field.
The equilateral Planck quantum charge, of the Triangle.
23.01 shows that positrons and electrons have 12 net charges.
Two fields of charge have Planck quanta within them.
Splitting the charge/field creates and EMF, electromotive force.
it is the forcing trying to reunite the integral field.
Electric energy production does NOt understand this.
Understand how the electric Coulomb force is the core.
And discern it from the Ampere forces (thus Matter).
The faster the particle moves, the stronger the kinetic energy and magnetic moment.
That is what Ampere’s law describes.
The diagrams unify all electric theories; with quantum mechanics and QED.
Based only on quantised electric momenta
With a difference between Coulomb/mass and Ampere/Matter
Electrons can create KEM fields.
Their magnetic interaction creates transverse Ampere force.
Kinetic energy and Coulomb force is co-linear with the flow.
We are measuring current in time, for charge.
Coulomb is mass-energy with linear acceleration
That induces a secondary field with an orthogonal magnetic force.
Amps = kg with a field of motion around it.
23.10 describes the circuit for an electron in a conductor.
There are 2 types of current: alternating or "direct".
The first alternates the polarity.
The second does not do this.
DC has a fixed direction; AC reverses flow periodically.
The middle of the page shows the electrostatic charge.
it is the RADIO CIRCUIT.
See the matter topology of the electron, in looking at the charges.
A static electron, induces motion, when connected to a battery.
The force will create a secondary field.
With a S-N polarity in the direction of motion.
A particle with pure charge thus DEVELOPS a magnetic moment.
All Matter topologies are inductive loops of Quantum Planck units.
Every loop is an inductor thus invokes inertia.
The inductive mass is the result of these closed loops.
Each individual particle has a different number of charged fascia.
And electron has 1.2.10**20 quanta.
The KEM field will be proportional to the Planck Quanta involved.
The resistance, die to the inductive loops, creates resistance in the wire.
It is based on voltage AND current flow; "Ohm's Law'.
The basis is still the equilateral Planck triangles/quanta.
AC has the electrons stationary; DC has flowing electrons.
This calls for a look into "electron drift".
Turning on a light switch has immediate result.
Although the electrons move at a 'walking pace'.
The speed of propagation of electrical energy is very different from the speed of motion of the electrons.
"First the voltage flows; then the current follows".
Electrical theory cannot explains this.
Nikola Tesla however already described that.
Tetryonics explains it by the energy momenta of the battery charges.
It supplies the energy and creates the corresponding field.
They are charged joules/coulomb; Planck quanta per geometry.
The energy momenta travel at speed of light; once the field is established the flow can follow.
Any loosely bound electron then responds to that newly created field.
Within that field, the electrons will start to move.
"Voltage leads, then flow follows".
Depending on the charge, they will move in the circuit.
All this is summarised in Poynting's formula, 22.04
It describes the current versus voltage flow.
With the source and sink of the circuit.
That is what defines electricity.
Electrical Energy is the equalisation of stored Planck Quanta.
A conductor allows the balancing out of the charged bosons.
This induces the Poynting vectors, and vector forces.
The Poynting is the sum of the electric and magnetic fields.
Imagine boats in a dry river bedding.
Fill the bedding with water.
The boats can then flow; according to the charge.
The restoring of equilibrium of separated charges is electrical motion.
It is about diamond shaped fields: voltages.
Their energy momenta induce the current.
The current creates the magnetic field.
Or creates the photon release, in a light bulb
We now have defined the fundamental principles.
We can now talk about capacitance.
QED 24.08 addresses this.
Again: by Tetryonic charged geometry.
Mass is flat triangles; Current is matter in motion.
Charge discharge through a conductor creates a field, and flow.
It can also store charge in two juxtaposed plates (e.g a Leiden Jar).
It can be metal plates separated by an insulator.
It is stored as a charge, thus as bosons, = equilateral Planck quanta
The mass energy builds up on the negative plate.
The positive plate has the inverse polarity.
That means they together form an oscillator; and the capacity for oscillation.
These are fields, 2D geometry, with momenta (with scalar energy storage).
The Boson fields have N-s and S-N fields.
Without the bosons there is no field.
There is no conductor between the plates: there is NO flow.
But the energy can be stored as an electrical field with momentum.
There is another form of capacitance: 24.09
It is known as a condenser.
Such as between two parallel high voltage power lines.
The current in the parallel cables can store energy between them.
The principle is the same; the distance forms the insulation.
The impedance of the air between is relevant.
It is used in coaxial cables, as shown in 24.09
We can now look at inductors: 24.10
This is the fundamental LC ("Radio") Circuits.
That is why inductive loops first needed to be discussed.
It is often shown as a square circuit with a source, resistor, coil and capacitor.
In this case only the Coil and Capacitor are made explicit.
In a coiled wise, the same applies as in parallel high voltage potential lines.
The coil can be wound (anti)clockwise,
The current can flow in two opposite directions.
Depending on the combination, N-S fields will form.
This can be shown as a triangle (closed loop, single winding coil).
The current flowing in the inductor will create a field, thence a flow.
The flow will induce a 90-degree rotated N-S field.
The change of direction of the electron, and KEM field, causes this.
24.10 shows the field in the conductor.
The electron from of the current follows.
In the inductors the charges/Kem_Fields rotate 90-degrees.
This is measured in Henry's (stored electric energy as magnetic field)
Remove the coil, and replace it by a coil.
The KEM field creates the Magnetic Fields.
Not flow is converted into Charge: a Farad.
It stores electromagnetic charge between the plates.
the capacitor stores charge.
The inductor radiates an electromagnetic field.
The electric component is not sensed, due to polarity cancellation.
By combining the two effects .. see 24.11
Field and Charge can be combined in a circuit: the LC diagram.
Charge the capacitor: it functions as a battery.
Put it in circuit with an inductor: the capacitor will discharge.
It will energise the electric circuit, creating the magnetic field (due to electron motion)
The capacitor becomes discharged.
The inductor is fully charged.
The inductor will then collapse.
Creating a reversed current, charging the condenser.
The electrons are driven to the capacitor plate and become the stored energy.
This again leads to discharge, and, thus, an oscillation.
The arrows of flow will reverse direction in these cycles.
Depending on the size of the capacitor/inductor, "Tuned Oscillation Circuits" can be made.
This can be duplicated in circuits of the same specification.
That is used in the Radio and TV signal transmission.
With the possibility to use different frequencies.
Modern mathematical theory could not explain Tesla's result, now what Electricity is, at the quantum level.
In QED Tetryonics the answers can be found.
Electricity and magnetic flow is not correctly described in Relativity Theory.
See 40.07: the Moving Magnet problem
A magnet moving over a metal wire, evokes an electric current.
Magnetic energy needs to be converted to electric energy...
Special) Relativity was developed to 'explain' that.
Tetryonics does not need this.
Every magnetic field is associated with an electrostatic field.
In moving a magnet relatively to a loop, the geometry is 'put in motion'.
The electric and magnetic are coupled, and in motion induce a sine wave.
In the middle of a magnet, there is a neutral electrostatic field.
These were not seen, thus ignored, and thus not taken into account.
In motion the EM field gets 'squashed', from a sphere to an ellipse; according to Special Relativity.
Tetryonics describes a stationary electron as 12 charges, which can have a secondary field.
The faster the motion, the more Planck quanta the secondary field will contain; and its linear momentum.
Tetryonics replaces special relativity by equilateral Planck Quanta: inductive Loops.
Electromagnetic theory is hidden in Tetryonic theory; see 40.06
Maxwell sought a physical model for his electrical theory.
(Tetryonics offers that as the paper triangle model).
Maxwell sought wheels within wheels to understand this.
The Planck quanta are inductive loops.
For velocity v=1 it will be 1 loop.
For velocity v=2 it will be 4 loops.
At the 3rd level there will be 9 Planck quanta.
The force f=ma is store in the rotations within each triangle.
The + rotates one way, the - in the opposite direction.
This is just what Maxwell sought; with inertia, charge, mass and Matter (in motion).
We explained Electrical Energy (Seeking Equilibrium), EM forces, then currents.
We looked at inductors and capacitors, alone and in combination.
We see how energy can be stored, and put in motion.
That led to understanding frequencies.
The resistance is the transparent vector rotation, with the +/- charge
It is the vector rotation of the electric and magnetic energy
The vector rotation = the equilateral triangle.
It is quantised angular momentum.
The vector rotation is inertial mass.
That creates resistance; through the connected Planck quanta
compare it to the boats in the dry river bed.
And how they react when the current starts to flow.
It is the effect of inductive mass = inertial mass.
It is the topology, pushed by the field.
The topology opposes the push of the field.
The resistance is the outside response.
The Planck quanta are LC circuits, short-circuited inductors.
They create a field, that can move matter.
Look again over the text and the pictures.
And see how it all falls into place.
Illustration 03.05 you can see the electric and magnetic, geometry and its inductance.
The quanta create current, out of fields (composed of Planck Quanta).
They are electric and magnetic field; with electromagnetic energy stored in the quanta.
It is a measure of quantised angular momentum: a quantum inductive loop.
Planck quanta in combination form an EM field that will radiate.
It produces +/- affecting matter around it; putting it in motion.
That will create a current; by being composed of inductive loops.
Thus the inertia, in connectedness, determines the result.
it accelerates the matter topologies.
Which will resistance, by its own shape/nature.
Resistance is an outcome to electromagnetic fields being formed.
The Planck quantum has no resistance; thus cannot be destroyed...
As always: start with the templates: cut-and-paste.
And again and again see what patterns you can form.
It is essential for the mind to retrain the brain.
Only then can you experience the 'collapse of the vector of state'; sensing how it all makes sense.
NEXT: Zero Point Energy (Theory)