Quantum mechanics is the science of the “small”; understanding how matter and light behave. An exciting application of modern physics, the field focuses on computing objects such as expectation values, vector evolution, and decoherence times through linear algebraic frameworks. The result of this work includes advancements in cybersecurity, electronics, aviation, communications, and engineering (to name a few). Through this course, students will explore the basics of theoretical foundations, equations, computations, and principles that impact the way we live today, and our future. Beginning with an exploration of topical ideas from popular physicists, students will work through probability theory that will lead to sophisticated explanations of the world, as well as computations that will provide an elevated level of awareness for how humans work and play. By the end of the course, students will look at the world differently, and be prepared for more sophisticated study in this area.