A Possible Explanation for CMBR
Sven Gelbhaar
30 December 2010
We started out this series talking about Cosmic Microwave Background
Radiation, discounting it as proof for the Big Bang (1), but we never
really went into any possible counter-explanations. In a subsequent paper
we dealt with a positive expansive force acting upon all galaxies in the
form of radiation pressure. (2) From this we can easily infer an easy
explanation of the CMBR.
Let us visualize two stars, with an observer sitting not quite in between
the two. Light hits this observer from both stars directly, this much is
certain, but said observer would also be inundated with light that
interacts with that of the opposite star’s light and then, via an indirect
path, reaching this observer. This phenomenon is well documented in the
case of radar jamming and commercial radio interference, where
electromagnetic radiation (light) interferes with a signal from a different
source. This is also akin to De Sitter’s Double Star Experiment, where
light is expected to interact with other light before it reaches its
distant observer.
What we can reasonably expect from two lone stars must surely extend to a
larger set of stars as well. Uncountable stars, emitting light for at
least 13 billion years, will emit a vast amount of light which will
interfere with light coming from different sources, and then eventually
finding its way to us here on Earth, while we’re wondering what caused this
miraculous illumination of the sky.
References
- Cosmic Microwave Background Radiation and how it relates to Big Bang
Theory, Sven Gelbhaar, 08/31/2007 - Cosmic Expansion, Sven Gelbhaar, 10/28/2010