Professor Cohen’s lecture began with an interesting definition about exploration of ideas explaining humanity’s relation to our planet. Basically he states that science is about exploring the cosmos in order unfold the essence of us. He believes that all people desire to know more about our purpose on earth through understanding more about our earth and how our existence affects our earth. Now I thought this was an interesting way to begin a talk on the scientific revolution because usually professors who discuss this period talk about the production of knowledge and how these developments are the crux of advancing knowledge. While important, I believe this idea of exploring the cosmos in order to unfold the essence of humans really allows us to understand whether the Scientific Revolution of 16th century is truly a revolution or merely evolution. What I will argue is this period does not mark a period of revolution in our view of the cosmos, and that I believe it merely an evolution in the depth that we explore the cosmos.

The main reason I believe the Scientific Revolution to be merely an evolution of ways that we explore the cosmos is that much of the empiricism that was supposedly revolutionary developed out of Greek, Indian, and Islamic discoveries. Specifically, thinkers like Ibn al-Haytham developed a system of empiricism that many European scientist and mathematicians were noted as being the pioneers of, such as the development of hypotheses. This is important because this empiricism has been articulated as being the fundamental reason for Europe’s superior advancement at this period. But as you can see that assertion actually a historical misconception that does not give credibility to the legacy it developed from. Further, many of the hypotheses that developed and were seen as changing our view of the cosmos were often later disproved and or merely developed in Europe at the time and were believed in other parts of the world earlier. Views, such as heliocentrism that were supposedly discovered by the European intellect Corpernicus, who developed a system of astronomy that we note as giving us our view toward Earth’s rotation, seasons, and the understanding that we revolve around the sun. However, this view does not give proper due to previous thinkers hundreds of years before such as al-Buruni who discovered the notion of heliocentrism in Iran. This is important because this apparent new understanding about our relation to the cosmos is seen as a large reason for this period being revolutionary but it merely discredits non-European thinkers and doesn’t articulate the discovery for what it is, an evolution on inherited theories.

Overall, it is apparent that although the period of the Scientific Revolution marks a deeper understanding and development of empirical study about the cosmos in the European tradition it does not mark a revolution in how the whole world explored the and understood cosmos. Merely, this period marked an evolution in the understanding that European intellectuals had about our earth and the world around us.