What is and is not Mainstream Astrophysics?

In summary, science is based on observational data and logical reasoning, not opinions. When new data is published that challenges a theory, science can change. However, discussions about these changes should take place in peer-reviewed journals, not on online forums.
  • #1
Saul
271
4
Astrophysics is an observational science.

When there is observational data in published papers that distinguishes between one theory and another, typically science changes. There are published papers that describe the competing theory.

Science is not an opinion poll. There must be logical reasons why we believe what we believe. That is the definition of science.

We do not need to wait until textbooks are re-published.

What is required in addition to observational data?

This subject needs to be discussed.
 
Last edited:
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  • #2
This seems to be a thinly veiled complaint about what is and is not permitted here. I would encourage you to re-read the PF Rules you agreed to when you signed up, particularly the section on overly speculative posts.

The subject may need to be discussed, but it doesn't have to be discussed here. Peer-reviewed journals are the place for that discussion.
 

1. What is mainstream astrophysics?

Mainstream astrophysics is the branch of astrophysics that focuses on the study of the universe and its celestial objects using established theories, models, and observational methods. It encompasses a wide range of topics such as cosmology, stellar evolution, and planetary science.

2. How is mainstream astrophysics different from other branches of astrophysics?

Mainstream astrophysics differs from other branches of astrophysics in that it focuses on the most widely accepted theories and models in the field. It also tends to prioritize observational evidence over more speculative or theoretical approaches.

3. What are some examples of mainstream astrophysics research?

Some examples of mainstream astrophysics research include studying the properties and behavior of galaxies, analyzing the formation and evolution of stars, and investigating the structure and composition of planets in our solar system and beyond.

4. What is not considered mainstream astrophysics?

The term "mainstream astrophysics" typically refers to the most widely accepted and studied topics in the field. Therefore, areas of research that are considered more niche or on the fringes of astrophysics, such as alternative theories of gravity or the search for extraterrestrial life, may not fall under the umbrella of mainstream astrophysics.

5. Why is understanding mainstream astrophysics important?

Understanding mainstream astrophysics is important because it allows us to gain a deeper understanding of the universe and our place in it. By studying the most widely accepted theories and models, we can make more accurate predictions and advancements in our understanding of the cosmos.

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