Quantum mechanics and special relativity make weird predictions. Space and time can stretch, particles are actually waves, and $$E = mc^2$$! What happens when these two weird things collide? Quantum Field Theory (QFT) that's what! In this course the introductory concepts of quantum mechanics and special relativity will be taught. The course will culminate in a brief intro to the concepts of QFT. By the end of this course we hope that you will have an appreciation for the wonderful word of Quantum Fields.

This class will be a series of very short (7-8 min.) lightning lectures on various topics in modern physics, designed to give a conceptual overview of each topic and what is interesting and exciting about it. Session 2 will include topics like quantum mechanics, quantum computing/information, the measurement problem (what's still wrong with quantum mechanics), solid state physics, and statistical mechanics/thermodynamics.

Want to see what happens when you cool something over 300 degrees below the freezing point of water? Interested in seeing how you can use everyday household ingredients to create fluids that get thicker when you push on them? Stop by this walk-in activity for some fun with liquid nitrogen, non-Newtonian fluids, and more.