In this College Edge seminar, you will explore the hidden building blocks of reality, from tiny particles like quarks and leptons to massive structures like galaxies and the cosmic web. The course introduces the fundamental forces and particles that shape everything we can see, along with big open questions about dark matter and dark energy that suggest there is still much we do not understand about the universe.

You will then explore how modern artificial intelligence helps scientists investigate these mysteries. Using real examples from physics and astronomy, you will see how machine learning can analyze massive datasets, reconstruct particle collisions, map the internal structure of protons and nuclei, and test ideas about how the universe evolved from its hot, dense beginnings into the cosmos we observe today.

The course blends short pre-class videos and readings with in-person sessions focused on discussion, exploration, and extending key ideas. This structure allows you to arrive prepared and spend class time asking questions, making connections, and thinking through complex ideas alongside your peers.

Designed for students who are curious about science, technology, and big questions, this course offers an engaging introduction to both modern physics and the growing role of AI in scientific discovery. No prior background in quantum physics or AI is required, just curiosity and a willingness to explore how humans use technology to better understand the universe.

Learn more about the instructor of this course here.