Understanding Incompatible Scientific Theories for Scientists

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In summary: But that is not the definition of contradictory, because we now know that the classical description is only a special case of a more general description. There is nothing contradictoy here.
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Schfra
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how should incompatibile scientific theories be thought of? Newtonian mechanics and special relativity contradict each other for example, so it doesn’t make sense to just consider all scientific theories to be part of one big coherent picture.

How do scientists think about scientific theories, particularly as it relates to different theories being incompatible and useful in different situations.
 
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Schfra said:
how should incompatibile scientific theories be thought of? Newtonian mechanics and special relativity contradict each other for example, so it doesn’t make sense to just consider all scientific theories to be part of one big coherent picture.

How do scientists think about scientific theories, particularly as it relates to different theories being incompatible and useful in different situations.

Where did you get the idea that Newtonian mechanics contradicts SR? Einstein came up with special relativity due to classical electromagnetism, not Newtonian mechanics, not being covariant under Galilean transformation. And note that SR has to match Newtonian mechanics and non-relativistic E&M at some level, because we know they work within some limits.

Incompatible theories only mean that the phenomenon that they are trying to describe is still not well-known yet, and it is still an active research in progress. We end up with a consistent formulation on things that are well-known and established.

Zz.
 
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I don't really believe there are incompatible theories, just different theories with different uncertainties and accuracy. In fact, almost all of Physics is (very close) approximation.
 
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ZapperZ said:
Where did you get the idea that Newtonian mechanics contradicts SR? Einstein came up with special relativity due to classical electromagnetism, not Newtonian mechanics, not being covariant under Galilean transformation. And note that SR has to match Newtonian mechanics and non-relativistic E&M at some level, because we know they work within some limits.

Incompatible theories only mean that the phenomenon that they are trying to describe is still not well-known yet, and it is still an active research in progress. We end up with a consistent formulation on things that are well-known and established.

Zz.
Regardless of why Einstein came up with special relativity, adding velocities is performed differently in Newtonian mechanics than in special relativity as I believe you’ve mentioned. Calculations done at near light speed velocities with Newtonian mechanics give very different numbers than SR. That’s just what I mean by contradictory. I understand that Newtonian mechanics and SR agree in most situations.
 
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Schfra said:
Regardless of why Einstein came up with special relativity, adding velocities is performed differently in Newtonian mechanics than in special relativity as I believe you’ve mentioned. Calculations done at near light speed velocities with Newtonian mechanics give very different numbers than SR. That’s just what I mean by contradictory. I understand that Newtonian mechanics and SR agree in most situations.

But that is not the definition of contradictory, because we now know that the classical description is only a special case of a more general description. There is nothing contradictoy here.

Zz.
 
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Schfra said:
Newtonian mechanics and special relativity contradict each other for example
Newtonian mechanics is part of special relativity. A part can’t contradict the whole.

Schfra said:
Calculations done at near light speed velocities with Newtonian mechanics give very different numbers than SR
Clearly. Newtonian mechanics is the v<<c part of SR, not the near light speed part.
 
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Related to Understanding Incompatible Scientific Theories for Scientists

What is the purpose of "Understanding Incompatible Scientific Theories: A Guide for Scientists"?

The purpose of this guide is to help scientists understand and navigate the complexities of incompatible scientific theories. It provides strategies for reconciling conflicting evidence and perspectives, as well as tips for communicating and collaborating with scientists holding different theories.

Why is it important for scientists to understand incompatible scientific theories?

Understanding incompatible scientific theories is crucial for scientific progress and advancement. By understanding different perspectives and evidence, scientists can identify gaps and limitations in their own theories, leading to new discoveries and advancements in their field.

What are some common challenges in reconciling incompatible scientific theories?

Some common challenges include biases and preconceived notions, conflicting evidence and data, and differences in methodology and interpretation. It can also be challenging to communicate and collaborate effectively with scientists who hold different theories.

How can scientists use this guide to improve their research?

This guide provides practical tips and strategies for reconciling incompatible theories and collaborating with scientists who hold different perspectives. By implementing these strategies, scientists can improve the quality and accuracy of their research and potentially make groundbreaking discoveries.

Is this guide applicable to all fields of science?

While the concepts and strategies outlined in this guide can be applied to any field of science, the examples and case studies provided may be more relevant to certain fields. Scientists should adapt and apply the principles presented to their specific field and research context.

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