Outline some of the main transitions in scientific thought from Newtonian to Einsteinian worldviews. From your analysis of these transitions evaluate their impact on the notion of ‘common sense’ and scientific ‘truth’
The discoveries Einstein made in the early 20th century had a major impact on the scientific community and caused a paradigm shift in scientific thought which remained relatively stagnant for over 200 years.
Einstein, like many others in their respective fields, not only gave rise to a new scientific worldview, but also refined the community’s approach to scientific experimentation.
The primary distinguishable characteristic that Einstein applied to his scientific work was his acclaimed thought experiments. Many scientists noted Einstein’s ability to perplex them with hypothetical scenarios. Especially Neils Bohr, who would spend a considerable amount of time trying to outdo Einstein with his own riddles and thought experiments, during the rise of quantum mechanics and Einstein’s inability to accept it.
These types of “what if” and “consider this” questions that Einstein would propose reflected his pure scientific curiosity and the significance of having an intimate relation with the physical world, rather than a plain mathematical understanding and knowledge through research and experimentation.
It is through this that we can make the distinctions between Newtonian and Einsteinian approach to scientific thought.
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