Pictures of the Next Atomic Model.
I've been asked by some commenters to state up front that I am not a credentialed scientist. If you are a Kos reader who prefers to limit themself to only credentialed scientists, you should consider moving on. But if you want to take a quick look at pictures of the elements described by an atomic model that goes beyond the current, scientifically established one, then take the jump.
I developed this model and the theory behind it with the help of scientific authors who write "physics and astronomy for the laymen" books. Especially with the help of Einstein, whose equations point directly to something that has been too long overlooked -- the equations of relativity reveal that energy, matter, and their interactions with Einstein's concept of a space-time fabric, are all defined by the speed at which light travels freely, (Squared).
Take a quick look at the pictures. Then, if you want, there's more.
Neutrons and Protons
Below are Two Neutrons and a Proton. On the left is a neutron in it's natural form, an alternating chain of 8 rings. The rings are explained later. The rings are of two opposite types, left and right. And can only bond with their opposite type.
On the right is a proton, a neutron with an additional right(blue) ring in the center, bonded to the 4 left rings. This gives a neutron a natural square shape, which neutrons often also acquire, when bound with protons. As in the middle neutron below.
Helium(4) Formation
Helium starts out as a string of 4 neutrons and protons(2 of each). Then the string wraps around and joins end-to-end, forming an open cube. The open cube is the basis of many atoms, including aluminum and calcium. Aluminum is pictured further down.
On the bottom right is a very basic sketch of how a nucleus interacts with right and left spinning light in expressing the electric and weak nuclear forces between the nucleus and its electrons. An electron is a single right spinning ring. The blue lines are the left spinning light attached to the left spinning rings in a nucleus and in an electron. The pink lines are right spinning light attached to the right spinning rings. When right and left spinning light meets tail to tail, the tails grab onto those from the opposite direction and bind, creating the electric nuclear force. When right spinning light meets tail to tail with other right spinning light, the tails push each other away -- this is the weak nuclear force.
Only a few strands of light are shown here to demonstrate the concept. A real atom would have a large number of these strands, filling the space around the nucleus and the space around the electrons.
Aluminum(13)
Below is a picture of the Aluminum Nucleus. There are six open cubes in all, with two protons in each, with an extra neutron/proton pair in the center of the six cubes.
Aluminum is light and strong. The nuclear formation is a model for the electron surface of the element. So a complete Aluminum atom would bond with other atoms along the surfaces of its electron faces. Aluminum's three dimensionally interlocked cross pattern, gives it its high strength to weight ratio.
Solid(Magnetic) Cube
A six sided cube is magnetic. It is the basis of Iron, Nickel and Cobalt. And of other magnetic elements. The simplest would form by adding a proton and neutron on top and bottom of an open cube. Magnetism is explained elsewhere.
For simplicity, instead of showing all the rings in a neutron or proton, I just made red and blue squares to represent either a neutron or proton. Bonds are not shown either.
In the top part of the diagram, is an exploded picture of the magnetic cubes that would come together to form Iron. A string of 5 cubes in a row, with one more cube added on each of the north, east, south and west faces of the center cube. Two of those cubes should have been drawn as open cubes, not magnetic cubes(a mistake I'll correct later).
Iron(26)
Iron's formation is denser and longer than Aluminum's making it heavier and even stronger. But the magnetic formation is its most interesting aspect. That is explained in my Feynman Force diary.
Misaligned Formations – Silicon
Often, protons will come together in a nonsymmetrical way – where the square corners are not aligned. When that happens, Silicon forms. In the picture, two protons bond side to side, but not matching corners. Then other neutrons and protons begin to join around the formation. The most likely stable formation that begins this way is pictured below -- Silicon. One of the most common elements in the earth's crust. An accident, sort of.
This formation is an imperfect flat hexagon. It can't bond well to another of it's kind at the edges well. Other elements are needed to fill in the gaps. Whatever else, besides Silicon, is in Mica must fill these gaps in a flat way, so that that the hexagons are bonded together in sheets and can join face to face.
Thanks for looking. If you want to read more on the theory this model springs from can read my other Diaries. They'll all come to the top if you search on the tags: Relativity, Einstein. Or Sneelock. I would recommend them in the following order:
Relativity
Feynman Force
On the Machinery of Motion -- Lorax Theory
Cheers