Philip Kim (Department of Physics)
First-Year Seminar 51V | 4 Credits (Fall 2024) | CANVAS SITE
Monday, 12:45 PM–02:45 PM
Measurement, a procedure to acquire a quantitative description of our surroundings, has been an essential part of scientific and engineering research. Often, new scientific breakthroughs rely on the development of new measurement methodology. A notable example in the recent development of quantum computing relies on the uncertainty of the measurement procedure in quantum systems. Conversely, new ideas and applications can be formulated by the precise and accurate measurement of physical quantities. In this seminar, we will discuss various aspects of physics-related measurement procedures, focusing on several key elements of measurement, such as quantification, accuracy, precision, units, estimation, and error evaluation. We will discuss key concepts behind measurement procedures, including Einsteins relativity, quantum physics, and statistical physics. Examples are drawn from historical, scientific events, our daily life, and current topics of research.
Note: This seminar will target to students who are interested in quantitative science or engineering. We assume a high school level of mathematics and physics knowledge. There will be required visits to the Putnam Gallery in Science Center and several Physics laboratories.