The Royal Institution released the second part of a lecture series featuring Andrew Szydlo on the history and science of mercury [1].
This series provides a comprehensive look at how a single element bridged the gap between ancient mysticism and modern physics. By connecting early alchemy to the development of the electric motor, the lecture highlights the evolution of experimental science.
Filmed March 21, 2026, in London, the presentation covers the multifaceted nature of the element often called quicksilver [1]. Szydlo said the substance has been found in Egyptian tombs dating back to 1,500 BC [2]. This early evidence suggests that ancient civilizations recognized and utilized the element long before the formalization of chemistry.
The lecture series, which spans two hours in total across its first and second parts, moves from these ancient origins into the realm of alchemy [3]. Szydlo said the transition moved from the pursuit of transmutation to the rigorous experimental methods that defined the Scientific Revolution.
A primary focus of the second part involves the work of Michael Faraday. The presentation examines Faraday's motor and the role that mercury played in early electromagnetic experiments. These demonstrations illustrate how the unique physical properties of the liquid metal allowed researchers to visualize and manipulate magnetic fields in ways that solid conductors did not permit.
The Royal Institution, based in the UK, continues its tradition of public science communication through these recordings. The series serves as both a historical survey and a technical demonstration of chemical properties. By linking the ancient use of mercury to the industrial era, the lecture frames the element as a catalyst for scientific discovery.
“Mercury has been found in Egyptian tombs dating back to 1500 BC.”
The release of this series underscores the ongoing effort by scientific institutions to contextualize modern technology within historical frameworks. By tracing mercury from 1500 BC to the era of Faraday, the Royal Institution demonstrates that contemporary physics is built upon centuries of iterative, often occult, experimentation.
