The Legacy of the Compton Effect

Contrary to its dungeon-like reputation, the basement of Eads Hall holds a unique history of innovation. We'll examine the unconventional aspects of Eads, challenging the notion of it being out-of-style, and highlight the innovative spirit that thrives in the depths of this historical building.

The first image in our digital exhibit features a captivating photo captured in 1925, showcasing the equipment utilized in the groundbreaking research on the Compton Effect. This image serves as a window into the world of physics at Washington University, offering a glimpse into the scientific endeavors that unfolded within the walls of Eads Hall and later Compton Hall. The Compton Effect, discovered in 1922 by Arthur Compton, was a revolutionary breakthrough in the field of physics. This phenomenon, which demonstrated the scattering of X-rays by electrons, not only reshaped our understanding of light and matter but also earned Compton the Nobel Prize in Physics in 1927. Through this discovery, the Physics building—now known as Eads Hall—emerges as a bastion of scientific innovation, paving the way for further exploration and advancement in the realm of physics. Indeed, Eads Hall stands as a testament to the university's commitment to intellectual curiosity and innovation, embodying the spirit of discovery that continues to thrive within its walls.