Difference between revisions of "The Zeropoint Field: No Longer a Ghost"
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| − | We develop a local realist analysis of parametric down conversion, based on the recognition that the pump field, instead of down converting spontaneously, does so through its nonlinear coupling with a real zeropoint, or ?vacuum? electromagnetic field. The theory leads to the prediction of a new phenomenon ? that, in addition to the main downconversion rainbow, there is a satellite rainbow, whose intensity is about 3 per cent of the main one. Confirmation of this prediction will call seriously into question the current description of the light field in terms of photons.[[Category:Scientific Paper]] | + | We develop a local realist analysis of parametric down conversion, based on the recognition that the pump field, instead of down converting spontaneously, does so through its nonlinear coupling with a real zeropoint, or ?vacuum? electromagnetic field. The theory leads to the prediction of a new phenomenon ? that, in addition to the main downconversion rainbow, there is a satellite rainbow, whose intensity is about 3 per cent of the main one. Confirmation of this prediction will call seriously into question the current description of the light field in terms of photons. |
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| + | [[Category:Scientific Paper|zeropoint field longer ghost]] | ||
Latest revision as of 11:31, 1 January 2017
| Scientific Paper | |
|---|---|
| Title | The Zeropoint Field: No Longer a Ghost |
| Author(s) | Trevor W Marshall |
| Keywords | Zero Point Energy |
| Published | 2008 |
| Journal | ArXiv |
Abstract
We develop a local realist analysis of parametric down conversion, based on the recognition that the pump field, instead of down converting spontaneously, does so through its nonlinear coupling with a real zeropoint, or ?vacuum? electromagnetic field. The theory leads to the prediction of a new phenomenon ? that, in addition to the main downconversion rainbow, there is a satellite rainbow, whose intensity is about 3 per cent of the main one. Confirmation of this prediction will call seriously into question the current description of the light field in terms of photons.
