We are pleased to announce the solutions to two fundamental scientific problems that have never before been solved:

#1: The precise method by which an electronic charges unite to form an atom has now been solved. In a new book ( The Birth of an Atom), Dr. Vlasak describes in detail how a single hydrogen atom is created by the uniting of an electron and a proton. This process reveals how matter is formed in the universe. Full compliance with measured data is demonstrated.

Hydrogen is the basic matter of the universe, and yet the mystery of how it is formed from electrons and protons has never before been solved. Astrophysicists tell us that gas plasmas exist in the universe and that some 80% of the universe is made up of hydrogen. When a hydrogen atom is torn apart by external energy, a proton and an electron are created and these ions form a plasma when their numbers are great. The main question has been as to how these charges recombine to form atoms.

The difficulty is that the attractive force between the two charges of a hydrogen atom, the electron and the proton, increases as the distance between them decreases. The electron can reach relativistic velocities as it reaches the vicinity of the proton due to the strong electric force of attraction between the two charges, and this would allow it to crash into the proton rather than forming an atom. Physicists have therefore assumed that a barrier of some sort prevents it from happening, but this only creates additional problems in trying to define the barrier and subsequent reactions. Dr. Vlasak has studied this problem in great detail and shows that the supposed barrier simply does not exist. Using the laws of physics and his extensive knowledge of electronics and electromagnetics, he presents his findings in a new book: The Birth of an Atom (January 2010).

#2. The Bohr magneton has been a long-standing scientific problem, since it is an abstract model. The model conforms to the radiation frequencies of the hydrogen atom, but the orbital is of unlimited size, which we know cannot be true from physical measurements. Dr. Vlasak has refined his electromagnetic model of the hydrogen atom to show the exact orbit of the electron along a spherical path, just as he had suggested in his third book, Secrets of the Atom . There are two harmonic frequencies associated with this orbit, one of which conforms to the Rydberg frequencies, and the other the basic high-energy frequency of the atom.

Dr. Vlasak's basic approach was to apply classical analysis and electromagnetic theory in the analytic methodology. The atom is an electronic oscillator, just as Max Planck had utilized in developing his famous quantum theory. Unfortunately, modern physicists have expressed doubt that this method is applicable to atomic physics and prefer the methods of Quantum Mechanics, which are quite different. Dr. Vlasak notes that mechanics is not compatible with perfectly elastic media and points out that this approach is over 100 years old. Neils Bohr had also used the electromagnetic model 15 years after Planck. He has now applied the modern methods of electronic and electromagnetic analysis that are now available in solving this very difficult problem. In addition to assaulting this monumental issue, his new model of the atom solves the long-standing radius size problem of the Bohr model of the atom and defines precise electron orbits. It is interesting to note that he exact orbit of the electron falls within the limits of the probable orbital limits of Quantum Mechanics!

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