Claus W. Turtur
(Fachbereich Elektrotechnik, University of Applied Sciences Braunschweig-Wolfenbuettel)
Published in physic.philica.com
Abstract
The
mechanism of the conversion of zero-point-energy is now understood.
This is the basis, on which zero-point-energy converters can be
constructed systematically.
Nowadays the existence of the zero-point-energy of the vacuum is
recognized in several disciplines within physics (as Astrophysics and
Quantum Electrodynamics), and it is verified, that this energy can be
converted into classical types of energy in the laboratory
(Casimir-effect and others). Also the possibility of its utilization for
practical energy-technology is proven in the laboratory.
After the zero-point-energy is made manifest now,
the task arises to clarify the fundamental principles, which explain the
conversion of this energy into any other (classical) type of energy,
such as electrical or mechanical energy. These fundamental basics of
Physics are now understood and described in the present article. Based
on this theoretical fundament, the article explains, how the
construction of zero-point-energy converters can be done systematicially
for practical engineering. This is the first time, when a practical
method for the systematic construction of zero-point-energy converters
is presented. The article gives guidelines for the development of a
dynamic Finite-Element-Algorithm (DFEM), which enables us to construct
zero-point-energy converters systematically.
Simple models of zero-point-energy-converters can be developed with this
method rather easy. More complex realistic engines require remarkable
effort for computation.
The train of thoughts is rounded up by the explanation of some examples
for consequences of the zero-point-energy and its conversion within
everyday life, as for instance the existence of electric charge and the
stability of atoms.
Article body: Here
