Brillouin Zones and the geometry of Ferromagnetic and Electrically Conductive Waves
Ferromagnetism and conductivity are 2 key aspects in the generation of electrical energy. In this post, we examine the geometric
D-orbital Geometry – Part 1
D-orbitals are the third type of electrons to appear in the atom. In this article, we will explore the geometric
D-Orbital Geometry – Part 2
The 2nd set of D-orbitals range from element 39 to 48 on the periodic table. In this article, we examine
P-orbital Geometry
P-orbitals are the second type of electrons to appear in the atomic structure. These appear as two lobes positioned either
S-orbital Geometry
The electron cloud is formed of four types of orbitals S, P, D, and F. The most simple of these
2D Orbital Geometry of the Electron Cloud
Most people think of the electron as a tiny particle that circulates around the atomic nucleus. However, in truth, there
The 4D Electron Cloud
Regardless of which theory of the atom we examine, the concept of the electron as a particle seems to prevail.
The secret of lasers
A laser is an example of coherent light, that can project a beam extremely long distances. Powerful enough to cut
A 4D geometric wave model of matter without wave particle duality
Just as the wave-particle model of light started to be established, it was suddenly discovered that matter also behaves similarly.
Is there an alternative to wave particle duality?
At the turn of the 1900s, problems with the photoelectric effect, and black body radiation began to suggest that light
