Difference between revisions of "Electric Field Propulsion Concepts from Independent Researchers"
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| − | Twenty-four poster papers were presented to NASA at the Breakthrough Propulsion Physics Workshop, August 12-13, 1997. One paper presented materials submitted by various ESJ networkers pertaining to the use of interactive electrodynamic fields for propulsion. According to one concept, pulsed electrostatic potential waves would be generated and transmitted in longitudinal form from the surface of electrodes. Intense, nonlinear, polarizing waves would thereby extend into the surrounding space, and it is possible that a precision system could pulse, phase and direct them to develop reaction forces on surrounding objects, media and space fields.[[Category:Scientific Paper]] | + | Twenty-four poster papers were presented to NASA at the Breakthrough Propulsion Physics Workshop, August 12-13, 1997. One paper presented materials submitted by various ESJ networkers pertaining to the use of interactive electrodynamic fields for propulsion. According to one concept, pulsed electrostatic potential waves would be generated and transmitted in longitudinal form from the surface of electrodes. Intense, nonlinear, polarizing waves would thereby extend into the surrounding space, and it is possible that a precision system could pulse, phase and direct them to develop reaction forces on surrounding objects, media and space fields. |
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| + | [[Category:Scientific Paper|electric field propulsion concepts independent researchers]] | ||
[[Category:Tesla]] | [[Category:Tesla]] | ||
Revision as of 10:19, 1 January 2017
| Scientific Paper | |
|---|---|
| Title | Electric Field Propulsion Concepts from Independent Researchers |
| Author(s) | Charles A Yost |
| Keywords | acoustic propulsion, T. T. Brown, charge deposition, coherent thread, levitation, longitudinal waves, pulsed electrostatic fields, Tesla, Wardenclyffe, wiggle wand |
| Published | 1997 |
| Journal | Electric Spacecraft Journal |
| Number | 22 |
| Pages | 24-32 |
Abstract
Twenty-four poster papers were presented to NASA at the Breakthrough Propulsion Physics Workshop, August 12-13, 1997. One paper presented materials submitted by various ESJ networkers pertaining to the use of interactive electrodynamic fields for propulsion. According to one concept, pulsed electrostatic potential waves would be generated and transmitted in longitudinal form from the surface of electrodes. Intense, nonlinear, polarizing waves would thereby extend into the surrounding space, and it is possible that a precision system could pulse, phase and direct them to develop reaction forces on surrounding objects, media and space fields.
