A generator using a tube of longitudinal accelerating open vortices nested one inside the other for positive feedback

3^rd International Conference on High Energy Physics

December 11-12, 2017 | Rome, Italy

Valentina Markova

Bulgarian Academy of Sciences, Bulgaria

Scientific Tracks Abstracts: J Astrophys Aerospace Technol

Abstract :

The report develops a new type positive feedback that converts each classical amplifier into a generator. The feedback is a tube of nested one in the other accelerated longitudinal vortices. They suck in transverse direction free cross vortices from the environment. They suck in cross vortices also from the nearest outside adjacent cylinders to the inner cylinders and add some mass and energy to the tube. In this way longitudinal vortices forming the tube accelerate not only at a time and in a direction (from the periphery to the center) and become a kind of generator. The positive feedback turns from passive to active. The theoretical basis of the proposed pipe of accelerating longitudinal vortices is described in previous articles. It consists of extending to Maxwell's main axiom (div rot E=0) to a more universal axiom (div rot E�0). This means that it replaces even motion (constant velocity) of vector E in a closed loop with uneven motion (variable velocity) of vector E in open loop or in open vortex. The base of practical performance is the well-known amplifier of which we construct an active positive feedback. This allows to construct an electric motor that consumes external energy only at the beginning, and then it consumes from amplifier with active positive feedback.

Biography :

Valentina Markova has graduated from Sofia Technical University, specialty in Radio Equipment regular training and also from St. Kliment Ohridski University of Sofia, specialty in Mathematics and Informatics as a distance learning. She has completed her PhD from Scientific Institute of Ministry of Military Defense in 1990. The topic was on algebraic codes, which correct in real time long error packets. She has Postdoctoral studies from Bulgarian Academy of Sciences, where she works until today as a Leading Researcher. She has published more than 15 papers on algebraic and technical topics.