In spite of its heuristic value, however, the hypothesis of light quanta, which is quite irreconcilable with so-called interference phenomena, is not able to throw light on the nature of radiation. I need only recall that these interference phenomena constitute our only means of investigating the properties of radiation and therefore of assigning any closer meaning to the frequency which in Einstein’s theory fixes the magnitude of the light-quantum. (Niehls Bohr, 1922 Nobel Speech)
One possibility in this direction is to regard, classically, an electron as the end of a single Faraday line of force. The electric field in this picture from discrete Faraday lines of force, which are to be treated as physical things, like strings. One has then to develop a dynamics for such a string like structure, and quantize it.... In such a theory a bare electron would be inconceivable, since one cannot imagine the end of a piece of string without having the string. ---Paul Dirac, Bombay Lectures (1955) the electron and proton are not really independent, but just two manifestations of one elementary particle. ---Paul Dirac, (1930)
The electron is a theory we use; it is so useful in understanding the way nature works that we can almost call it real. --- Richard Feynman, From Surely You're Joking Mr. Feynman, p. 70
Everything is still vague and unclear to me, but it seems as if the electrons will no more move on orbits ---Heisenberg in a letter to Pauli after conceiving Matrix Mechanics, June 9th 1925Introduction
I enjoy to think about the atom, how it is constituted and how it works. So I offer a little brainstorm. I've said in the past that light (like gravity) generates strength by numbers and I want to try and divulge what I mean by this. Please note this is a very simple and idealized explanation. Honest to goodness this is just a conceptual baby step. But I think this could be a key concept that could be developed and utilized universally from emission spectra and across the electromagnetic spectrum; radio to gamma.
I invite you to use your imagination when reading this . . .
Call the atomic model I will be using Star Model. This model is more physical and less mathematical. It is a modification of Gaede's atomic model. I give a basic introduction to it here:
What Does a Hydrogen Atom Look Like?
The root assumption of Star Model is that the hydrogen atom is constituted by a set of fundamental objects that mediate light and gravity between all H atoms (or protons & neutrons). These fundamental objects converge from all other H atoms to the Universe so as to impart form to the H atom. Call these EM Ropes. In Star Model they are unique double threads with 0 wave amplitude (amplitude taken in a classic wave mechanics sense).
Torsion and Revolution
Lets just say that there are 10^100 H atoms (or protons and neutrons) of the Universe so there are 10^100 (-1) converging EM Ropes from which the H atom derives it's form. One set of threads straightens and converges at a tiny center point less than a femtometere in height and width to form the proton. Call these proton threads. Projecting out from the proton, orthogonal in a divergence is a set of electron threads. The electron threads are not a single thread but a double thread also set at 0 amplitude. Perhaps they are reverse twisted out from the proton by the converging action of the EM Ropes or by the proton. And we will just say that there are about half the number of electron threads as there are EM Ropes, so 10^50. For a 'normal' H atom the electron threads are picometers in length as opposed to the EM Ropes which tend to be inordinately long, since they interconnect all H atoms of the Universe.
The form and behavior of the electron threads and the EM Ropes is similar. They both torque along, signalling. If we stopped them we could almost think of the section between each signal as a link or link length hence when frequency increases, linklength decreases and vice versa. More importantly they have this majestic quantum quality not found in the macro world, in fact this quality underpins all macro-relations we conceive. Call this quality superposition (not to be confused with how this word is used in mathematical circles). These EM Ropes and electron threads can superpose (that is occupy the same location) up to a critical abundance or maximum number that could be two times the number of H atoms in the Universe or more. So the converging EM Ropes superpose with the diverging electron threads at the H atom within the atomic radius. However one difference between an EM Rope and an electron thread is that an electron thread not only torques along but can also possibly revolve around the proton like a hand on a clock whereas an EM Rope is rooted at two ends by the proton. So if left alone electron threads of the H atom have two simultaneous motions
1. torsion signalling or torsion wave along (like a twisting rope)
2. revolution around the proton (like a hand on a clock)
Both of these actions could be kept track of using the concept of frequency. A single electron thread could be torquing at X Hz, and revolving the proton (360 degrees) at Y Hz. (Hz is event repeated per second)
Lets focus on motion # 2 for a moment. Since the electron threads ultimately derive their form from the EM Ropes which at least in our location, converge from all directions to an intersection point that is proton, the electron threads could possibly revolve [like a clock-hand ticking] around the proton in every imaginable plane or cross section, to keep them consistent motion with their specific mother EM Rope (from which they protrude in an orthogonally). So its like we take 10^50 hands on a clock revolving in every imaginable direction around the proton, but these double stranded hands are also in a double helical torque mode.
Because of electron degeneracy (only so many electron threads and EM Ropes can interface at a time), this revolving motion could be more complex, perhaps restricted in time lapses with increasing atomic number. In other words, it may take longer or more work to get the electron threads of a heavy metal revolving, for example in a qualified metal conductor we might need to use a magnet and rotate it next to the lattice the free electron threads (not occupied in bonding) to rotate a little in one direction but perhaps not revolve. But here we are thinking of a simple Hydrogen atom. So to revolve the electron threads perhaps we would need incident ultraviolet light at 13.7 electron volts.
Strength by Numbers
The main question I wanted to probe here is how can we possibly explain emission. Take red light for example. Red light is 4 x 10 ^ 14 Hz. How could the mediators of light possibly torsion wave @ 4 x 10 ^ 14 Hz??? I think the basic answer is in strength by numbers, specifically the number of diverging electron threads coming together to interface with a set of converging EM Ropes in a sort of critical anomaly where one can influence the other.
Lets just say that we have a set of EM Ropes converging from all the atoms of the Andromeda galaxy to help form an H atom in our solar system. There is an astronomical number of H atoms in Andromeda, maybe 10^70, so there as many EM Ropes converging at a single location to form every single H atom. These EM Ropes probably won't shift a whole lot. And lets just say that we have incident light to move the electron threads and that 4 x 10 ^ 14 electron threads come together from all different planes to align themselves with these same EM Ropes. At this moment, these electron threads are literally pointing rectilinearly at all the atoms of the Andromeda galaxy. Each electron thread is torquing at 1 Hz. As they all come into alignment each electron thread torques each of the superposing EM Ropes once. We can think of this dynamic relation where the electron threads act on the EM Ropes as charge, or electron, or wavefunction or quantum state vector or matrix or critical ethereal thread anomaly. It doesn't matter what one calls it, what matters is a basic explanation. Add up the torques consummated by our electron threads on our EM Ropes ending on Andromeda in a second and we have 4 x 10 ^ 14 torque events at a single location. And I think we could easily change the parameters so that we have only half the electron threads aligning and torquing the same number EM Ropes at 2 Hz and get the same results which is interesting.
Now since in a simple H atom left to itself the electron threads will continue to revolve around the proton like clockwork, we see that as the electron threads tick on there is transition. All of a sudden these same EM Ropes could drastically decrease in frequency of torquing. So its like they turn off for a split moment, only to turn on once again as another cascade of electron threads align over them and torque them again in accord with whatever incident light is happening on our atom. Now we can't discern this with our eyes, since these events happen so quickly, but others have discerned this in ideal quantum jump experiments done in the eighties using a microscope.
There are endless possible frequencies and patterns one could conceive. And each atom has its own pattern that matches with their emission spectrum in certain circumstances. Now when atoms come together in nuclear or chemical bonds, react in a bath of high frequency incident light from an external source or relate in electricity, the electron threads could come together to produce all sorts of frequencies on the EM Ropes. One can think that as two H atoms are being crushed together in a fusion all of a sudden there are twice the potential number of electron threads that could be interfacing with each other and the EM Ropes to enact more events per second until the electron threads stably organize themselves into Helium electronic configuration which is more complex.
In conclusion, atomic electron transition is a game of numbers.