Kepler's Approach
* Empiricism: Kepler emphasized observation and data collection. He meticulously analyzed Tycho Brahe's vast and precise astronomical observations to formulate his laws of planetary motion.
* Mathematical Reasoning: Kepler used mathematics to express his observations and derive his laws. He believed that the universe was governed by mathematical relationships.
* Iteration and Refinement: Kepler's work wasn't a one-time discovery. He iteratively refined his theories based on new observations and mathematical insights. This iterative process of observation, analysis, and revision is a hallmark of modern scientific methodology.
Medieval Science
* Aristotelian Philosophy: Medieval science was heavily influenced by Aristotle's philosophy, which emphasized logic and deduction.
* Emphasis on Authority: The works of ancient authorities like Aristotle and Ptolemy were considered definitive.
* Limited Experimentation: Direct observation and experimentation were less common in medieval science.
Inconsistencies with Medieval Science
* Challenging Authority: Kepler's work directly challenged the established Ptolemaic model of the solar system, which was based on the authority of ancient thinkers.
* Focus on Observation: Kepler's reliance on observation and data collection differed significantly from the more deductive approach of medieval scientists.
* Mathematical Laws: Kepler's laws of planetary motion were expressed in mathematical terms, a shift from the qualitative descriptions favored by medieval philosophers.
In Conclusion
Kepler's approach to proving his theories marked a significant shift in scientific methodology. He embraced empiricism, mathematical reasoning, and iterative refinement, which paved the way for the modern scientific method. His work challenged the authority of ancient thinkers and established a new way of understanding the universe based on observation and mathematical laws. This represented a significant departure from the approach of medieval science.
