While other undergraduate courses in physics provide quantitative tools that rigorously treat idealized model systems, they often oversimplify real-life problems. Also in the lengthy process of acquiring tools to solve physics problems, one often loses sight of the forest among a thicket of trees. This course is intended to provide a balance to the standard training in the discipline of physics by exposing students to real-life problems and motivating their concurrent quantitative study of physics. At the same time course will aim to expose students to famous laws and fundamental equations of physics (e.g. Maxwell's equations, Schrodinger's equation, E=mc2 etc.) so that when these are encountered later in undergraduate studies, students will already have some intuition for them.
In addition to attending the scheduled class times (Thursdays from 2:10-3:45pm in MP606) students are expected to attend the weekly physics colloquium that takes place right after class (from 4-5pm in MP102). A weekly report describing what students learned from the colloquium and their in-class interactions with speakers will be an integral component of the course grade.