A solid surface model of the sun.

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  • #1
Michael Mozina
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I believe I have put together a pretty compelling case to demonstrate that the sun has a solid surface made of calcium ferrites that form structures and emit electrical arcs. This model is based on observations from the Sert program and SOHO, TRACE and YOHKOH satellite data. You can get the full explanation of this model at:

http://www.thesurfaceofthesun.com

I'm looking for some feedback, specifically a SKEPTICAL and SCEINTIFIC refutation of the information I have presented. Thanks.
 
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  • #2
What is the problem with this thread? Seems like you got some pretty good feedback.
 
  • #3


Thank you for sharing your research and the link to your model of the sun's surface. It is always important to have a healthy level of skepticism and to welcome scientific refutation in order to further our understanding and knowledge.

One possible refutation of your model could be the lack of evidence for calcium ferrite structures on the sun's surface. While there may be data from the Sert program and satellite observations, it is important to consider the limitations of these methods and the potential for misinterpretation of the data. Additionally, other scientific studies and models may present a different explanation for the observed phenomena on the sun's surface.

Another potential refutation could be the fact that the sun's surface is constantly changing and evolving due to various factors such as solar flares and magnetic fields. It is possible that the structures and electrical arcs observed may be temporary and not a permanent feature of the sun's surface.

Furthermore, the idea of a solid surface on the sun contradicts current understandings of the sun's internal structure. According to the standard model of the sun, it is composed of layers of gas and plasma, with a core of extremely high temperature and pressure. It is difficult to reconcile the existence of a solid surface with this model.

In conclusion, while your model of the sun's surface is an interesting and innovative approach, it is important to consider alternative explanations and continue to gather and analyze data in order to fully understand the complexities of our sun. Thank you for welcoming skeptical and scientific feedback, as it is crucial for the advancement of knowledge and understanding.
 

FAQ: A solid surface model of the sun.

What is a solid surface model of the sun?

A solid surface model of the sun is a representation of the sun that depicts it as a solid, spherical object with distinct layers and features. It is based on observations and scientific theories about the composition and structure of the sun.

How is a solid surface model of the sun created?

A solid surface model of the sun is created using data from various sources, such as telescopes, spacecraft, and computer simulations. Scientists use this data to construct a 3D model of the sun's layers and features, taking into account factors such as temperature, density, and magnetic fields.

What are the benefits of a solid surface model of the sun?

A solid surface model of the sun allows scientists to better understand and study the sun's structure, dynamics, and behavior. It can also help in predicting solar phenomena such as solar flares and coronal mass ejections, which can impact Earth and other planets.

How accurate is a solid surface model of the sun?

The accuracy of a solid surface model of the sun depends on the quality and quantity of the data used to create it. With advancements in technology and observational techniques, these models are becoming increasingly accurate. However, there is still much to learn about the sun, so the models are constantly being refined and improved.

Can a solid surface model of the sun change over time?

Yes, a solid surface model of the sun can change over time as new data and observations are collected. As our understanding of the sun evolves, so does our model of it. Additionally, the sun's own activity and behavior can also cause changes in its structure and features, which may be reflected in the model.

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