The Electric Field Driven Generator

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CSTSDEL6LR8

The Electric Field Driven Generator

Katsuo Sakai
Katsuo Sakai
DOI

Abstract

Dr. Feynman predicted it to be theoretically possible to generate electric energy from an electric field. For realizing his predict, a new electrostatic generating method was proposed by the author that uses Asymmetric electrostatic force as the driving force of a charge carrier for the generator. Therefore this generator was named the electric field driven generator. After experimenting with many models using pendulum-type equipment, rotation-type equipment was tried. This experimental equipment produced electricity continuously when the applied voltage to the high voltage electrode was higher than 5.8 kV. This result was estimated by a simulation, and the measured collection currents for different high voltages almost agreed with the simulated collection current. Therefore the theory of the electric field driven generator was confirmed, and Feynman’s dream has become reality.

The Electric Field Driven Generator

Dr. Feynman predicted it to be theoretically possible to generate electric energy from an electric field. For realizing his predict, a new electrostatic generating method was proposed by the author that uses Asymmetric electrostatic force as the driving force of a charge carrier for the generator. Therefore this generator was named the electric field driven generator. After experimenting with many models using pendulum-type equipment, rotation-type equipment was tried. This experimental equipment produced electricity continuously when the applied voltage to the high voltage electrode was higher than 5.8 kV. This result was estimated by a simulation, and the measured collection currents for different high voltages almost agreed with the simulated collection current. Therefore the theory of the electric field driven generator was confirmed, and Feynman’s dream has become reality.

Katsuo Sakai
Katsuo Sakai

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Dr. Katsuo Sakai Sakai. 2019. “. Global Journal of Computer Science and Technology – C: Software & Data Engineering GJCST-C Volume 19 (GJCST Volume 19 Issue C2): .

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Crossref Journal DOI 10.17406/gjcst

Print ISSN 0975-4350

e-ISSN 0975-4172

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GJCST-C Classification: J.0
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The Electric Field Driven Generator

Katsuo Sakai
Katsuo Sakai

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