A Unified Field Theory provides the solution to the mystery of gravity: How was this accomplished? Well, you can't get it from a mechanical theory (such as Quantum Mechanics), since everything must be defined in terms of a field. In this book, everything is defined in terms of electromagnetic forces and the electromagnetic fields. In his book, "The Secret of Gravity", Dr. Vlasak began by analyzing the atom as a rotating electric dipole; something never before done. He discovered that either the wavefront of the moving field must bend, or the speed of light must be exceeded. Now he provides solid evidence that the field wave bends, and that the speed of light is exceeded by the rotating field wave. He provides the derivation of Einstein's energy equation, E = mc^2, in his third book "Secrets of the Atom" from his new model of the atom. This was a result that he did not initially expect to attain, and the proof took only two short pages! A further proof is provided by analysis of the radiation equations of an antenna. It is shown that a radiating wave is not spherical, as has been asserted in physics texts. In fact, radiation waves exceed the speed of light just beyond the edge of a half-wave antenna! These radiating waves move in two directions at the same time, but at the speed of light, c, in the radial direction. In addition, he applies the energy state equations and Planck's constant and shows that Planck's constant can be expressed as a ratio of energy values. There is also a new definition of the electron, and a picture of the true orbit (not an orbital) of the electron in the hydrogen atom.

Why electromagnetic waves bend: On the electron side of this plane, the potential field is negative, while everywhere on the other side it is positive. When the two charges move through space while keeping the distance between them fixed, the the center plane of the wave moves with them. If two parallel wires parallel are inserted into the field with the axes of the dipoles at different radial distances from the dipole, then, as the charged dipole moves, voltages will be set up in these wires as the center of the wave passes through them. However, we know that any two signals at different distances from the dipole do not peak at the same time, since this would result in transmitting information instantaneously. It is therefore necessary that plane wavefront, which is the center plane of the field wave, bends, just as was asserted in the beginning pages of this web site using other rationales. Therefore, there are numerous reasons to believe that electric field waves bend as they move through space.

The phenomena of bending field waves, first described in this book, has another important significance. The field strength of an electromagnetic field wave falls off at first order with distance, while the forces between two static dipoles falls off at second order. The initial electromagnetic model of the hydrogen atom did not take into consideration the bending of the field, and the gravitational force falloff was found to be second order in subsequent studies as documented in our second book, "The Electric Atom". As a result, the electric force between two electric rotating dipoles is more than sufficient to account for the force of gravity in the near field, but its second order falloff in the far field produces too low a force to correlate with the force of gravity. The solution to this problem was described in the third book, "Secrets of the Atom". Gravitational force falls off at first order, as is the case for the field intensity of a radiating antenna. With the bending of the field wave with motion, the field density increases accordingly, primarily in the far filed, which produces more than sufficient force to account for the force of gravityf. This phenomenon can be visualized as the bending action that occurs in a thin metal rod that is bending in space. Electric forces, however, are much stronger than any steel rod and much more flexible. Lord Rayleigh had described such electromagnetic fields in a somewhat similar manner, and he used a bowl of jelly to simulate the ether as he waved a stick back and forth in it. The waves action that he pictured appear very similar to the computer plots of electromagnetic waves in "Secrets of the Atom".