Light, Gravity, and Magnetism

I’d like to propose a physical entity that mediates light and gravity. In this first post I am going to go over very broad strokes, so there will naturally be objections, questions, critiques, etc. I welcome commentary, criticism, and vigorous debate.

Starting primarily with Young in 1801 and proceeding with Fresnel, Oersted, Faraday, and culminating with the mathematical synthesis of Maxwell in 1864 a coherent description of light’s behavior was developed. The familiar 2D transverse plane waves of Maxwell’s equations indicate an oscillatory behavior of two entities in an antiparallel arrangement around a common axis. This is often illustrated by superimposing perpendicular graphs of the magnitude of the observed behavior vs. distance from some source. Essentially the mathematical picture looks like this:

If this is what is mathematically described, the question becomes what physical entity simply justifies the described behavior? This physical structure is consistent:

Obviously atoms are not balls, herein I am neglecting detail in the physical structure of the atom in order to concentrate on the structure of the physical intermediary. Also this is a hypothetical 2 atom universe. Each atom is connected via this structure to every other atom. I also do not insinuate that the structure is actually colored blue and red, or that they have any quality of what we think of as “color”. I merely distinguish them as red and blue in the illustration to make clear that there are two thread-like entities entwined corresponding to what is mathematically described as the electric and magnetic fields.

At the outset, I argue that this entity intuitively justifies several observations of light:

  1. Rectilinear propagation. A connection between atoms ensures that the signal is rectilinear, a torsion/transverse signal has no choice but to travel rectilinear along this taut medium.

  2. Why light (transverse) is so much faster than sound (longitudinal). This structure is a continuous entity. Intuitively we would expect an entity which is not composed of smaller entities to transmit motion far faster than a discontinuous entity (air).

  3. Oscillation of two effects at 90 degrees to each other. The configuration illustrated simulates this by its inherent nature.

  4. Frequency/wavelength/color, the number of turns of the rope per unit length is the frequency and the length of a turn is the wavelength. It has no choice but to obey c=f*w.

  5. The principle of ray reversibility. Whether reflecting or refracting light retraces its exact path.

  6. Young’s slit experiment:

Remember, the source atoms are connected to all the atoms in the detector. A single excitation of the source transmits a torsion signal of a specific frequency to every atom of the detector. When two ropes converge on an atom of the detector and one is exactly lambda longer than the other it will transmit a torsion that is exactly out of phase in comparison to the other rope. The atom is being both excited and suppressed simultaneously.

Those who are not intimately familiar with the behavior of light may be confused by this, and it may not make sense. Feel free to ask.

I also argue that I will justify several other behaviors by integrating the proposed structure of light with a hypothesis of the atom’s structure. For instance, “quantum jump” which, at present, is simplistically illustrated:

In this simplistic view (without yet illustrating the structure of the atom and how it fits in) the transfer of “photons” between two atoms looks like the following process:

The photoelectric effect:

I have not justified the illustrated behavior. Particulate properties of light are intimately connected with the atom, as illustrated by history. The Maxwellian wave viewpoint of light was the Gold Standard until empirical observations by Perrin, Thomson, and others were explained in terms of a flow of particles called electrons. Once the electron was “discovered” and black body radiation cast classical EM in doubt, quantum began to rear its head. Experiments seemed to indicate that, contrary to the Maxwellian view, light was absorbed and emitted in discrete units rather than continuously. I will now pose a structure for the atom consistent with this behavior.

First off, why not particles? Of course this could be a huge topic that would take up much time and space. However I will present at least an example of why I reject the particle model of the atom. An example of data from an accelerator looks as follows (this one is from Brookhaven):

This is a 2D cross-section of the data that was taken, recorded, and produced from the collision of 2 gold ions. This is what the aftermath of a high E collision allegedly “looks like”. The quark is the smallest “particle” which can be detected in this apparatus. Two gold atoms should have no more than 1400 quarks (more like 1352). But in merely this 2D cross section we see thousands upon thousands of traces. This image is, to my mind, more consistent with some kind of thread-like entity converging upon the atom from other atoms. The extra “particles” in the image are probably justified as “energy”. This is reification. Energy is a concept, an observed *relationship*.

Rather than a particle the electron looks more like a shell that encapsulates the atom. Up close it looks like a ball of yarn:

The nucleus looks more like a dandelion:

Taken together the H atom looks like:

A more schematic view, naming the two threads for convenience:

When the electron shell expands it does so only by torquing the rope at the expense of a certain number of links (shown here taking in one):

And when it contracts it must release a link:

The aggregate of links absorbed/released is what we call “energy”.

What about magnetism and current? How does the proposed entity physically justify magnetic attraction and current? How does gravity come in? I will finish this (admittedly) very broad-strokes story tomorrow by explaining how the entity proposed physically causes the phenomena known as magnetism, current, and gravity.

Reviewing the pictures, the differences between the three schematics of the H atom are too miniscule to be obvious, unfortunately. I wish I could edit it now. I hope the idea is not lost. The magnetic thread elongates, which torques the adjacent connection, causing a decrease in the number of turns per unit length.

To explain magnetism we propose that the magnetic thread connecting two magnetic atoms, rather than being bound up in a rope, is “free” to spin around with the atoms, here clockwise:

Several magnetically active atoms in series (such as in a wire) together would look something like this:

This spinning is what we observe as current:

If we place two wires with current flowing in the same direction we can easily see that the threads will interfere:

A coiled wire, the beginnings of an inductor:

Two wires conducting current in the same direction (threads are both spinning in the same direction) attract each other. To visualize this imagine two individuals jumping rope in the same direction too close together:

When one comes down on the other they tend to wrap around each other and pull/tug. Alternatively if they are spinning in opposite directions (current flowing in two different directions) the threads will push against each other:

In the photoelectric effect a torsion signal induces an atom to spinning, which induces the adjacent atoms to spinning, and so on and so forth. Current is more like a drill bit spinning in place.

On the largest scales a simplified schematic of the sun and earth, their atoms all connected to each other, looks like this:

A more complete view on a smaller scale, with two groups of a few atoms:

Here we have 4 atoms in each group, 4*4 = 16 connections between an atom in group one to an atom in group 2 = m1*m2 in Newton’s equation. The inverse square of the distance factor easier to see on the larger scale where immense distances cause individual connections to superimpose on each other and act as a single connection. This is consistent with the observation that light does not interact with light, i.e. that we characterize light as a boson and say it can occupy the same “state” as another. This phenomenon can be visualized:

The # of effective ropes (at distance D) * G = Gravitational Potential ~ G*(m1*m2/d^2)

The change in the # of effective ropes * m = Force = m*a

Inertia is dynamic, i.e. a change in the number of connections, and equals acceleration. The measured acceleration of the body is used to determine the empirical parameter “mass”, the relationship between connections and acceleration. Gravity is specific to a location and is equal to the # of effective (non superimposed) connections at a given distance. Empirically it is approximately equal to the inverse square of the distance times the inertial masses times some universal constant G.

We now have to determine the physical significance of “Big G”. Consider the simplest gravitational system we can imagine in which we are confident gravity plays a role, 2 H atoms (the only atoms in our hypothetical universe). Since there is no change in the # of effective connections there is no acceleration. The force is 0, but the gravitational potential is 1 connection x G = G. By considering this simple system we’ve isolated the constant G away from inertial mass (Force = 0). So there is no acceleration.

It’s reasonable to assume that this complex constant G may be a composite of other universal constants which are characteristic of the fundamental nature of the connection. One of these constants is c, signals propagate torsionally/helically at this velocity along this connection. Another constant is the mass of the H atom. Let’s factor c^2 out of G, where c^2 physically means that the signal travels diametrically between two specific atoms. We should expect it to have a proportionality to gravitational potential because a torsional signal above c (in a hypothetical universe) would demand that the atoms compensate by pulling harder. This is analogous to if you put a few twists in a rubber band and pull it apart to its untwisted length. Then twist it as many times as you can, you will have to pull much harder to stretch it back to its original (untwisted) length. C represents the stiffness of the connecting entity.

G ~ 6.67E-11 kg-m^3/kg^2-sec^2 = 0.74E-27 kg-m/kg^2 * c^2

If c^2 is a constant we can factor out, so should be the calculated “rest mass” of the H atom:

G = 0.44 m/kg^2 * c^2 * 1.67E-27 kg

= 0.44 m/kg^2 * c^2 * H

The result, free of astronomical exponents, tempts one to conclude this is not a coincidence.

If we consider that the two H atoms are rotating about each other. If neither atom actually moves toward or away from the other, neither “feels” inertia. In everyday life if we rotate a ball we feel it pull on us. But this is because we are acting contrary to the pull between the ball and i.e. the earth. If the length of the connection between these two H atoms doesn’t change they should feel nothing different than if the two atoms were at rest. Nothing is acting on either one that is contrary to their mutual tug. There is no reason to feel the resistance “inertia” unless, as Mach surmised, you are actually pulled by every other atom in the U. If every atom in the U is interconnected and possesses a detectable property known as mass, the source of this empirical parameter should be the aggregate pull of matter *outside* our two-atom system, which is contrary to their mutual tug. As soon as we connect our two atom system to the rest of the U and one moves it necessarily feels the tug of every connection.

If the mass of the H atom represents the linear/outward pull component associated with a single connection, the radial component (left/right and up/down) should be present as a squared quantity (two directions). This is the physical interpretation of Mach’s principle, when you move your pinky every atom in the universe pulls radially. This is contrary to the linear tug between the two H atoms, which is why it’s in the denominator. This is intuitive. Now we have:

0.44 m * c^2 * H/M = 0.44 * c^2 * Mach’s Principle

The meter factor could represent the amplitude of this helical/torsional entity. Essentially it is a weighted average of the amplitude of every connection between the atom under study and every other atom in the U. Amplitude should have proportionality to force because a greater pull is needed to counteract a wider or taller wavy entity at a given frequency. The meter factor could ultimately be a variable based on the current distribution of matter in the universe, but for a given short period in universal history considered constant.

So in physics we draw the distinction between gravitational potential and inertia:

F = Mach’s Principle * change in # of effective connections

GP = Mach’s Principle * # of effective connections at a location

Thank you for posting these. I am new at studying physics and have been having difficulties (still do) picturing electromagnetism. Your visuals are very helpful. I am disappointed that no one has yet responded to your post however (well except for me, but I can’t really offer any insights since I am new to physics).

In your first post you discuss an image from the particle accelerator at Brookhaven. To make a scientific argument its a lot more important to have the charts and physical data accompanying that picture than to be able to imagine why it looks the way it does. As I understand it, you’re asking why there are so many particles if there shouldn’t be that many quarks in two gold molecules?

First, individual quarks are not observed, baryons and mesons are observed. The majority of those particles however, are created from kinetic energy on impact. The annihilation/destruction of particles follows from relativity and quantum mechanics.