Dave Dameron
Dave Dameron | |
|---|---|
| Born | March 10, 1952 |
| Residence | Manhattan Beach, CA, United States |
| Nationality | USA |
| Known for | electromagnetics, magnetic force laws |
| Scientific career | |
| Fields | Engineer |
Dave Dameron (born March 10, 1952) is an American engineer based in Manhattan Beach, California. Working in the field of electromagnetics, he has carried out experimental and theoretical investigations of alternative formulations of the electrodynamic force, including tests related to motional induction, transformer induction, and the Marinov motor.
Biography
Dameron was born on March 10, 1952, and resides in Manhattan Beach, California. He works as an engineer and has pursued an interest in alternative force laws within classical electrodynamics.
Scientific contributions
Dameron's work centers on the experimental testing of alternative or invariant formulations of the electrodynamic force equation, seeking measurable effects that would distinguish them from the standard theory. His investigations have addressed questions of motional induction, transformer induction, and the neutrality of electric currents.
Among his experimental subjects is the Marinov motor, a device associated with the Bulgarian physicist Stefan Marinov and debated in connection with alternative electromagnetic theories. In "Flux Leakage Tests for the Marinov Motor" (2000), Dameron reported measurements aimed at detecting predicted effects associated with the device. In "A Misapprehension Concerning Electric Current Neutrality" (2011) he examined assumptions about the electrical neutrality of current-carrying conductors. His papers have appeared in journals including Apeiron and Physics Essays.
Abstracts
- 2011 - "A Misapprehension Concerning Electric Current Neutrality" (Read in full)
- 2003 - "An Electronic Attempt to Measure the Time Delay Calculated from the Force -q(v . grad)A"
- 2003 - "Observations on Motional Induction"
- 2001 - "Tests on Transformer Induction"
- 2000 - "Flux Leakage Tests for the Marinov Motor" (Read in full)