About

The Raven Lab is an experimental group exploring the realm of fundamental atomic physics, striving to decode the intricate interactions and inner mechanisms of the atom. Our research focuses on testing the Standard Model of Particle Physics, the most comprehensive theoretical framework we have, by meticulously measuring the properties of beryllium, boron, nitrogen, and oxygen atoms. Knowledge about these systems advances through a symbiotic relationship between experimental and theoretical efforts. While the lightest elements such as hydrogen, helium, and lithium have been extensively studied, the elements under our investigation present more complexity. As computational models become increasingly intricate, our experimental results are crucial for verifying these calculations and identifying the most accurate theoretical models for multi-electron systems. By providing the atomic and nuclear physics communities with precise experimental data, we aim to support and propel theoretical advancements for years to come.

Beyond our scientific pursuits, the Raven Lab is dedicated to education and training. We are proud to introduce a course-based undergraduate research experience designed for first-year undergraduate students to learn about quantum mechanics, atomic physics, and precision spectroscopy with no College level prerequisites. The class, PHY242 Research in High Precision Spectroscopy, does not use any calculus or require any knowledge of physics. It does, however, use algebra and some sines and cosines. This initiative not only aims to provide hands-on research experience but also to train the next generation of scientists in high-precision spectroscopy techniques.