Knowledge Production in Physics

In summary, knowledge in physics is produced through various methods such as intuitive thought experiments, observations, mathematical proofs, and serendipitous discoveries. One example is Newton's First Law of Motion, which was first conceptualized through intuitive thought experiments and later validated through observations. However, there are also cases where unexpected data and experimental results lead to new knowledge and theories. Therefore, the production of knowledge in physics is not limited to a single approach and can come from different sources.
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sushichan
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How is knowledge in physics produced?

When I think about how Newton's First Law of Motion was produced, it first came from intuitive thought experiment due to the observations made. Can one actually observe an object moving with a constant velocity without any force acting on it? Or is reason (e.g. mathematical proofs) used to validate this knowledge.

So are there knowledge in physics that rely heavily on intuitive thought experiments or reason for it to be produced?
 
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In case of Newtons 1st law, Look at this, it's Galileo's observations,
WIN_20150211_192110.JPG

so there isn't much mathematical proof in this case.
Hope this was helpful.
 
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sushichan said:
How is knowledge in physics produced?

When I think about how Newton's First Law of Motion was produced, it first came from intuitive thought experiment due to the observations made. Can one actually observe an object moving with a constant velocity without any force acting on it? Or is reason (e.g. mathematical proofs) used to validate this knowledge.

So are there knowledge in physics that rely heavily on intuitive thought experiments or reason for it to be produced?

There is no one single way. In fact, it comes via many different ways, including serendipity!

Rabbi was famously quoted with the exclamation "Who Ordered That?!" when he saw something unexpected in the data. Harry Lipkin went even a step further and listed out http://scitation.aip.org/content/aip/magazine/physicstoday/article/53/7/10.1063/1.1292467 that no theory at that time had expected.

So you need to included serendipitous experimental discovery as part of your "knowledge" producing mechanism. It isn't just "thought experiment" or reasoning.

Zz.
 
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What is knowledge production in physics?

Knowledge production in physics is the process of generating new information and understanding about the physical world through scientific research and experimentation.

Why is knowledge production important in physics?

Knowledge production is important in physics because it allows us to expand our understanding of the universe and make advancements in technology, medicine, and other fields. It also helps us to make predictions and solve real-world problems.

What are the methods used in knowledge production in physics?

The methods used in knowledge production in physics include observation, experimentation, mathematical modeling, and theoretical analysis. These methods are used to gather data, test hypotheses, and develop theories to explain physical phenomena.

How does knowledge production in physics contribute to society?

Knowledge production in physics contributes to society by leading to new discoveries and innovations that improve our quality of life. It also helps us to understand and address global challenges such as climate change and energy sustainability.

What are some current areas of focus in knowledge production in physics?

Some current areas of focus in knowledge production in physics include quantum mechanics, cosmology, nanotechnology, and renewable energy. These fields have the potential to make significant contributions to our understanding of the universe and our ability to solve complex problems.

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