The Atom That Never Existed: Bohr's Model

The Bohr model is baseless and oversimplified. Werner Heisenberg, who was working in Bohr’s lab as a postdoctoral researcher, developed the principle which showed that electrons do not orbit the nucleus in well defined circular orbits. This is commonly referred to as the Uncertainty Principle: It is not possible to precisely determine the momentum, or energy, and the position of a particle simultaneously.

"The individual who has from childhood visualized the atom in the manner pictured by Bohr...cannot be expected to look with enthusiasm on the prospect of life without a nucleus. We can, of course, remind him that the Bohr atom has long since vanished from the scene and that the 'official' atom of modern physics cannot even be imagined, so the experts say, much less pictured. We can also point out that 'atomic energy' and 'atomic physics,' the terms that will have to be substituted when the nucleus is discarded, are already in common use." ~D. B. Larson, The Case Against the Nuclear Atom (August 1962) http://www.reciprocalsystem.com/cana/cana04.htm

“In the face of a fact there is only one possible course of action for the scientist, namely acceptance, no matter how much the fact may be at variance with his anticipations, and no matter what havoc it may wreak on his carefully thought-out theories.” ~Bridgman, P. W., Mid-Century, edited by John Ely Burchard, John Wiley & Sons, New York, 1950, page 230.
The scientific method, as it came into being during the Enlightenment period, is a method of thought known as empiricism or as the empirical method. Under the terms of empiricism, all conclusions are, must, and can be drawn from observable evidence and from observable evidence only. Evidence must precede any and every conclusion to be drawn from it. Then, if sound logic governs in the relationship between evidence and the conclusion drawn from it, that conclusion will be irrefutable.

"A scientific truth does not triumph by convincing its opponents and making them see the light, but rather because its opponents eventually die and a new generation grows up that is familiar with it." ~Max Planck

Electro-Gravitational Dynamic Model of Hurricanes and Tornadoes

by Ryan G. Banister

The vacuum is an energy-dense region, as is empirically observed with the Casimir force, having overtones in the Van der Waals force, Biefeld-Brown effect, the Hutchison effect and the Meissner effect. Nature utilizes the vacuum in all of its fundamental functions, from vortex-systems to atomic forces.

Matter is simply a form of energy that we experience as a transient solid, due to energetic velocities based from the direction, or polarization, of the dipole. There is no need to extract energy from the vacuum because these energy-dense regions have been in use around us since before we first opened our eyes. We only need to learn how to organize that energy that has always existed in the vacuum towards constructive forces rather than destructive forces.

As of now, mainstream human technologies utilize the dipole in a destructive manner, due to the amount of disruptive, or so-called "wasted," energy, which becomes vastly disorganized, or entropic, creating a destruction of the system which it is intended to drive.

In the work of V. L. Dyatlov it is shown that heat energy, more commonly referred to as low potential energy , is capable of being transformed into gravity-spin energy, and that energy, in turn, can changed into mechanical and electromagnetic energy, i.e., into high potential energy. Thus, in contrast from electromagnetic processes, gravity-spin waves are capable of lowering entropy.
The enumerated properties of gravity-spin waves would deserve a great deal of attention, if they carried any significant amount of energy in themselves. The American physicist O.D. Efimenko, who made an important contribution to electrogravitational dynamics, mentioned one such example in his monograph. A ring, with a mass of 1kg and a radius of 1 m and which is oscillating with an amplitude of 1 rad and at a frequency of 1 Hz creates a gravitational wave with an amplitude of 1,2Ч10^-36 m/s² and a spin wave with an amplitude of 4Ч10^-45 1/s, the power of the wave equaling 2,3Ч10^-45 W.
In any polarized medium, including a physical vacuum, subjecting the medium to some sort of field cause an induction field to result. In electrodynamics, as in gravidynamics, it was always thought, that induction is determined by the corresponding field only. V. L. Dyatlov brought forth a hypothesis, according to which electrical and magnetic induction in any medium depends on not only the corresponding electrical and magnetic fields, but also on the gravitational and spin fields with their own permeability coefficients. The reciprocal of this is that gravitational and spin induction is determined not only by gravitational and spin fields, but also by electrical and magnetic fields. As a result, cross-linkages arise between gravity-spin and electromagnetic waves.

Source: Vladimir I. Merkulov

Defects of the vacuum, called vacuum domains, are the physical basis for tornadoes. Vacuum domains originate at the interior of stars, and they are transmitted through solar wind. Domains can be polarized by the Earth's electric, magnetic and gravitational fields. This polarization attracts these domains to the Earth.

Coronal Mass Ejection

Storm clouds are formed when a vacuum domain passes the ionosphere and develop the cumulonimbus parental clouds of Tornadoes. The movement of air is localized to the domain. The greater frequency of tornadoes in North America is most probably due to the magnetic pole being located in Alaska.

Tornado Formation: Grounding - Oklahoma

The thunderstorm cloud which is part of a small tropical hurricane has a so-called "eye." This cloud has a spiral structure. If the whirlwind cloud has a large size, it will appear to be very similar to a cyclone. Cyclones often cause tornadoes.

A circular cavity is formed in the center of the funnel by rotating clouds. The pressure inside of a tornado is very low, and when the cavity touches a building with windows tightly shut, the building almost explodes from inside and the walls can be thrust outward. Tornadoes have such an incredible force that they can throw tractor trailers across large distances. However, they can have quite selective effects and have been seen removing a roof from a house, leaving many objects inside the house intact. They can also expose the bottom of lakes, sucking up the water contained therein.

Hurricane Erin -- September, 2001

Other sources:

Electrogravidynamic Concept of Tornadoes: http://tmgnow.com/repository/planetary/tornado.html

Casimir Force: http://math.ucr.edu/home/baez/physics/Quantum/casimir.html

van der Waals Force: http://hyperphysics.phy-astr.gsu.edu/hbase/chemical/waal.html

Biefeld-Brown Effect and Space Curvature of Electromagnetic Field: http://www.scirp.org/journal/PaperInformation.aspx?PaperID=36094

Hutchison Effect: http://www.doctorkoontz.com/Scalar_Physics/John%20Hutchison_001.htm

Meissner Effect: http://hyperphysics.phy-astr.gsu.edu/hbase/solids/meis.html

Asymmetrical Capacitors for Propulsion (pdf): ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/20040171929.pdf

V.L.Dyatlov Electrogravimetric energy transformation. Moscow, NT-CENTER 1995,29pp.

Brooks E. M. The tornado-cyclone. Weatherwise,v.2, N 2, 1949, pp. 32-33

Wobus H. B. Tornado from cumulo-nimbus. Bull.Amer. Met. Soc. v.21, Nо 9, 1940, pp.367-368

Heaviside O. A. Gravitational and Electromagnetic Analogy //The Electrician-1983, 281- 282 and 359pp.

Dyatlov V.L. Linear equations of macroscopic electrogravidynamics.- Moscow, Inst.Teor.Appl.Phys. Acad. Nat.Sci., Preprint No.11, 1995 (in Russian)
Frank L. A. and Huyghe P. The Big Splash. Birch Lane Press, 1990

Merkulov, Vladimir I. Amazing Hydromechanics. Bloomington, IN: AuthorHouse, 2012. Print

Jefimenko O. D. Causality, Electromagnetic Induction and Gravitation, Star City: Electret Scientific Co. 1992, 180 p.

Аkimov А. Е. , Tarasenko V. Ya. Models of polarized states of physical vacuum and torsion fields.

Barry, James D., Ball lightning and bead lightning. Extreme Forms of Atmospheric Electricity, Plenum Press, New York, 1980