Transactions on Engineering and Computer Science
Algorithm for Work of Free Energy Generator
Valentina Markova
Abstract
It is known the Classic Field Theory describes a field that is spreading by constant velocity. But in nature they prevail movements with variable rate. This report offers using new type of field– accelerating field. The accelerating field suck in free cross vortices (named “free energy“) from environment. It acts through Positive Feedback that turns acceleration process to a generation process. The accelerating (decelerating) field was described in previous articles and reports. The Positive Feedback not only preserves internal energy of input signal, but multiplies it, at the expense of sucking and accelerating the energy of the environment. That is the reason an acceleration process to turn to generation process. The technical generation of this accelerating field is very complicated for now. That is way it is necessary to imitate it using our well-known Electromagnetic field. The secret is in very unique shape of the electrical signal (in input to the antenna). It is imitated by shrinking sharply the signal of Electromagnetic field that sucks the free cross vortices from the environment. The purpose of the proposed development is not to describe a finished design of the generator, but to describe only the principle and logic of such an engine. The similar approach was used by Nikola Tesla (1931) in the creation of “free energy” generator that was installed in “Pierce –Arrow Corporation” car instead of previous gasoline engine. He could run without fuel and it needed of battery as accumulator only at startup.
Keywords: Expanded field theory, New axioms and laws, Free energy, Gravity
Journal Information
- Journal Name: Transactions on Engineering and Computer Science
- Journal Short Name: Trans Eng Comput Sci
- Language: English
- Format of Publication: Online
- Starting Year: 2020
- Focus Subject: Engineering and Computer Science
- Publication Model: Online
- Frequency of Publication: Two Issue a Year
- Review Process: Single blind peer-review by referees
- Time to 1st Decision: 2 to 3 weeks from date of submission
- Time to Acceptance: 4 to 6 weeks, depending upon the required revision cycles
- Time to Publication: 1 to 3 weeks from date of final submission in the forthcoming issue
- DOI Prefix: 10.7620
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