Difference between revisions of "A Theory of Electrogravitics"
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| − | General relativity fails to predict a connection between electric and gravitational fields, a fact which Einstein himself found troubling. While certain unified field theories do predict a unification of the fields, this is supposed to take place only at very high energies (in excess of tens of trillions of electron volts). However, experiments carried out by T. Townsend Brown, Paul A. Biefeld, and others, suggest that electric and gravitational fields may be strongly connected at voltages as low as 105eV. If true, this would indicate that standard field theories are seriously flawed.[[Category:Scientific Paper]] | + | General relativity fails to predict a connection between electric and gravitational fields, a fact which Einstein himself found troubling. While certain unified field theories do predict a unification of the fields, this is supposed to take place only at very high energies (in excess of tens of trillions of electron volts). However, experiments carried out by T. Townsend Brown, Paul A. Biefeld, and others, suggest that electric and gravitational fields may be strongly connected at voltages as low as 105eV. If true, this would indicate that standard field theories are seriously flawed. |
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| + | [[Category:Scientific Paper|theory electrogravitics]] | ||
[[Category:Relativity]] | [[Category:Relativity]] | ||
Revision as of 10:03, 1 January 2017
| Scientific Paper | |
|---|---|
| Title | A Theory of Electrogravitics |
| Author(s) | Paul A LaViolette |
| Keywords | electrogravitics, subquantum kinetics |
| Published | 1993 |
| Journal | Electric Spacecraft Journal |
| Number | 8 |
| Pages | 33-39 |
Abstract
General relativity fails to predict a connection between electric and gravitational fields, a fact which Einstein himself found troubling. While certain unified field theories do predict a unification of the fields, this is supposed to take place only at very high energies (in excess of tens of trillions of electron volts). However, experiments carried out by T. Townsend Brown, Paul A. Biefeld, and others, suggest that electric and gravitational fields may be strongly connected at voltages as low as 105eV. If true, this would indicate that standard field theories are seriously flawed.
