Interdimensional Science & Philosophy

German physicist, Professor Konstantin Meyl, has made ground-breaking progress in science over the past decade, with innovative theoretical and experimental work on Scalar Energy and Scalar Waves, validating the discoveries of Nikola Tesla after more than a century.

Professor Meyl stunned the Western scientific world at the First Nikola Tesla Energy Science Conference And Exposition 2003 in Washington DC, where he presented his lecture, entitled "Power Engineering Scalar Field Theory - Faraday versus Maxwell, and Demonstration of Longitudinal Wave Transmission".

In this lecture, Professor Meyl outlined:

• How one can modify the basic equations of electromagnetic field to include longitudinal waves which result in a true revolution in electromagnetics.
• How to correctly expand the classical "Maxwell" electromagnetic field theory to include longitudinal/Tesla waves.
• How Faraday's experiments were actually describing a much broader electromagnetics than was later derived by Maxwell and curtailed to an even more primitive state by others so that today's physicists and electrical engineers are literally handicapped when using it.
• How the missing experimental pieces eventually came from the work of Tesla.
• How the forgotten ideas of Nikola Tesla are the missing pieces which prevent scientists from reaching the goal of a comprehensible unified field theory.

This short but highly informative presentation is probably the only one in existence for english-speaking audience to correctly expand the classical electromagnetic field theory to include longitudinal/Tesla waves. The impact of such an expansion is immense and requires a complete change in thinking and a revision of the very foundations of physics in general.

Do scalar waves exist or not? In Meyl's extended field theory, scalar waves come about naturally, eliminating the need for "exotic" theories and postulates such as gluon particles in quantum theory, superstrings and dark matter in cosmology and astrophysics. It even revises the theory of general relativity.

Professor Meyl explained how Faraday's experiments were actually describing a much broader electromagnetics than was later derived by Maxwell, and curtailed to an even more primitive state by Heaviside, Gibbs and others in the late 19th century. Today's western electrical engineers and physicists are literally handicapped because of this when using the so-called Maxwell equations in all areas of physics and electrical engineering.

The missing experimental pieces in Meyl's theory eventually came from the work of Tesla ,and a small version of his wireless transmission of energy was demonstrated during the lecture, carrying electrical energy without losses to the other side of the table with an "impossible" 1.5-times the speed of light.

During this amazing lecture, Meyl took the audience through the forgotten ideas of Nikola Tesla and explained all too easily how they are the missing pieces that have prevented scientists (particularly in the west) from reaching the goal of a comprehensible unified field theory.

He also discussed many new applications which can now be not only better understood but also built and used in our every day life ... including clean free energy science and technology, advanced biophysics and healing technologies, and low-cost transportation and propulsion technologies.

If you are interested in further information on the innovative work of this great modern German physicist/engineer, please visit Professor Meyl's site [Click Here].

For information, courtesy of Professor Meyl, one of his now-famous scientific papers dealing with "Scalar Waves - Faraday versus Maxwell" is presented below.