Recent content by Rod Mack

Explanation of Gravity According to Charge Admittance Theory Charge Admittance theory offers a novel perspective on gravity, suggesting it emerges from the interactions and dynamics of the electromagnetic field. Here’s how this theory explains gravity: Core Concepts of Charge Admittance Theory...

With "Charge Admittance," When an outside observer sees someone fall into a Black Hole, they see the person speeding up, becoming red-shifted, and disappearing into black. From the energy perspective, it approaches the Black hole at an ever-decreasing speed relative to the Black Hole but never...

While there might be evidence of a rapidly accelerating energy, due to the immense gravity in these regions, it's difficult to determine the fate of the energy involved. Whether it gets compressed to a near standstill around the object, forming a kind of energetic layer, or somehow gets...

The ideas of Theory Z0 using the density of energy to drive the acceleration seen as gravity have applications to this view. The Z0 Theory is a new idea about gravity, simplifying the complex ideas developed over the last century. Instead of thinking of gravity as a force pulling things...

Yes it is compatible and uses e-mc2. The progression of math follows: Einstein’s E=mc2, shows energy is related to mass. Maxwell’s c=1/√ε0μ0 where c2=1/ε0μ0 shows E=m/μ0ε0, or m=Eμ0ε0 using mc2. Lorentz’s F=qE+qv*B, shows energy has attraction. Coulomb’s F=keq1q2/r2, organizes energy into...

As seen in the postulates, this theory is based on gravity as a function of energy, not mass, and the variable used to cause "equivalent gravity" is the speed of energy, not time. While it has long been accepted that gravity is due to mass since Newton, my theory takes a different path...

I have a new theory about gravity that uses energy as the basis for gravity rather than mass. This based on Einstein's e=mc2. This new theory is a twist on relativity in that it explains the mechanism for equivalent gravity as the speed of light (energy) moving through space as the variable...