In 1627, Francis Bacon's posthumous work, *The New Atlantis*, introduced the world to "Salomon's House": a utopian institution dedicated to the systematic study of nature and the "effecting of all things possible." Far from being merely a cabinet of curiosities for scholars, the place described by Bacon featured acoustics and optics laboratories, refrigeration chambers, and complex engineering structures. This vision, however, did not originate from pure philosophical abstraction, but from the direct observation of men who were already engaged in practical work.
Figures such as the Dutchman Cornelis Drebbel and the Frenchman Salomon de Caus were fundamental to this intellectual transition. While the academy of the time was engrossed in theoretical debates and classical texts, these engineers demonstrated that "doing" was inseparable from "knowing." Drebbel, who arrived in England in 1604, impressed the court of James I with audacious inventions that suggested nature could be not only observed, but also manipulated and replicated through rigorous testing.
This symbiosis between technique and theory laid the groundwork for what we now call the scientific method. For Bacon, understanding the causes and the secret movements of things required an empirical and skeptical approach, inspired by the discipline of inventors. By elevating the practical work of engineers to the status of natural philosophy, he helped shape an era where innovation is guided by evidence, transforming science into a collective endeavor to expand the limits of reality.
With information from IEEE Spectrum.
Source · IEEE Spectrum
