The melding of experimental techniques with mathematical description was the great leap forward, accomplished in the seventeenth century, that brought us to the point at which, as Krauss put it, 'natural philosophy' became physics.
The significant advancement in the realm of science occurred in the seventeenth century when experimental methods were integrated with mathematical descriptions. This fusion marked a pivotal transition from 'natural philosophy' to the formal study of physics, as noted by Krauss. The interplay between these two elements paved the way for a more precise understanding of the natural world.
Through this transformation, a more rigorous framework for analyzing physical phenomena was established, which ultimately laid the groundwork for modern science. Rebecca Goldstein's exploration highlights the enduring impact of this shift, emphasizing how philosophy continues to shape and influence scientific inquiry.
