Is Gravity being Induced?
-The Coronal Heating Problem-
-The Coronal Heating Problem-
It’s hard to appreciate the scale of disparity between the parts that make up the hydrogen fusion core Sun.
At its core, the temperature is supposed to be 15 million degrees Celsius.
The Photosphere surface has a temperature of a mere 5,500 degrees.
The Corona, often described as the Sun’s atmosphere, varies between 1 - 10 million degrees Celsius.
This is what scientists refer to as the 'The Coronal heating problem'.
Magnitudes such as these can be hard to appreciate, so here is a model that can help one grasp the problem:
Let us pretend we can drop the temperature of the Photosphere to 0 Degrees Celsius, so this shell is the temperature of a snowball.
Then let us drop the temperatures of the inner core and outer atmospheric Corona in proportion: Sandwiched between our snowball shell, the core would be 2,700 C - hot enough to melt steel - and the atmospheric Corona would have a temperature that varies from 180 C to 1,800 C - a temperature so hot that you if standing in the vicinity, you would either parboil or vaporize.
According to the Laws of Thermodynamics, that is one hell of a problem. You can’t pass heat from a hot core, through a ‘cool’ Photosphere, then have it heat up again once it reaches the Corona. It can’t be done.
It might have been easy for the Hydrogen Fusion core proponents to scale the energy output and density to conveniently fit the temperature of the Photospheric shell, but not so with the temperatures of the Corona which is magnitudes higher in the extreme than the Photosphere. In this context, the present solar model doesn't make any sense at all.
One cannot emphasize enough this blatant violation of the 2nd law of thermodynamics - one of the most foundational laws upon which observational science stands. To proceed down this road in the attempt to explain the structure of the solar interior breaks through the border of the absurd.
Based on this observation, the contemporary core theory is a bust.