Coming…
-
The Impossible Photon: Why One Particle Can Never Be Light
Watch the Bus Go By A bus passes your house at eight in the morning. Just once. It rolls by, turns the corner, and is gone. What is its frequency? The question has no answer, because frequency is not a thing a single passing object can possess. Frequency means how often — how many times…
-
Electromagnetic Waves
The Picture That Replaced Understanding Every textbook shows it. Two sine waves threading down an axis — one blue, one red — riding perpendicular to each other through empty space. The electric field oscillates up and down, the magnetic field side to side, and together they march off toward the horizon at the speed of…
-
Smart Phone Example
Your Phone Already Knows the Answer Set your phone down on a wireless charging pad and watch the battery fill back up. No cable runs into the phone — it just rests on top of the pad, and the energy crosses over. Ask anyone — a child, your grandmother, a stranger on the bus —…
-
Atoms
The planetary model of the atom has been shown to be too simplistic for describing the complex orbitals of atoms. However, applying the 4UMs (4 universal motions) to the quantum or atomic level of the universe, allows for complex orbitals and atomic polarity without the need for charge. G2 Gravity Using the 4UMs, the Coulomb…
-
Induction
Coming…
-
Electromagnetic Fields
Coming…
-
Dispersion
A Stripe of Color on the Wall Most of us met dispersion as children, probably without knowing its name. A glass of water on a windowsill, a cut-crystal ornament, the beveled edge of a mirror — and suddenly there’s a band of color thrown across the wall: red, orange, yellow, green, blue, violet, in that…
-
White Light
The evolution of white light using the 4UMs is quite interesting. The first attempt at describing white light using the luminic wave model was by Robert de Hilster who drew red, green, and blue lines representing waves that would make up white light. The first conceptual drawing of white light using the luminic waves by…
