I know Aristotle studied a lot of things but was he a physicist as well? I feel like he wasn't really one quite yet because it wasn't really officially developed yet.
But I know he was very into the math of astronomy and that's basically the first beginnings of physics. So does that mean he was a physicist?
Read carefully ...
http://www.biography.com/people/aristotle-9188415#teaching
http://www.ucmp.berkeley.edu/history/aristotle.html
http://www.iep.utm.edu/aristotl/
According to this article, Aristotle was a physicist.
http://en.wikipedia.org/wiki/History_of_physics#Ancient_Greece
This author has a different opinion.
http://explorable.com/ancient-physics
Thanksss
You're welcome.
Aristotle, a Greek philosopher who lived during the 4th century BCE, made significant contributions to various fields of study, including physics, although the term "physicist" did not exist during his time.
During Aristotle's era, the scientific disciplines, as we know them today, were not yet clearly defined. However, Aristotle's work laid the foundation for many scientific principles and methodologies. He made important observations and analysis related to motion, matter, and natural phenomena, all of which are fundamental aspects of physics.
Aristotle's approach to studying natural philosophy involved a combination of empirical observations and logical reasoning. He believed that the study of physics was an essential part of understanding the natural world. Aristotle's work in physics focused on explaining principles such as causality, motion, and the properties of matter.
While it may be anachronistic to label Aristotle specifically as a physicist, his work in natural philosophy and his investigations into the workings of the physical world can be seen as a precursor to the development of physics as a distinct scientific discipline. His inquiries into the principles of motion and matter laid the groundwork for future physicists to build upon and refine.
In summary, while the term "physicist" did not exist during Aristotle's time, his research and contributions to the understanding of natural phenomena, including motion and matter, align with the principles that form the basis of modern physics.