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The Liquid Photosphere: Author's Comments

 

So when we look back over the centuries we see that doctrines of the interpretation of nature, which were held as sound and good for their time, fell from honor when faced with the light of some new scientific theory.

 

Max Planck, The New Science, 1959.

 

 

 

Back to Photosphere

     Modern solar theory, in large part, was brought to us by Sir. A.S. Eddington, a Professor at Cambridge at the beginning of the century. Based on Eddington, scientists still maintain that the sun is largely a ball of gas. Many believe that this gas is prevented from collapsing on itself as a result of radiation pressure (X-rays) generated inside the sun. The visible surface of the sun (the photosphere) is also currently thought by many to be gaseous in nature. Based on a measurement from Langley (1880's), the photosphere is currently viewed as relatively cold at ~6,000 K. The modern model of the sun must also deal with a violation of the 2nd law of thermodynamics.

     The essay reviews the modern model of the sun and presents a new model invoking a liquid photosphere. The essay challenges Langley's temperature as incorrect, the means of heating the corona as improper, and Eddington's application of Stephan's Law as inappropriate.