TOPICS: FROM ARISTOTLE TO QUANTUM PHYSICS in Fall 2026 (SC2910A)

This course explores the major ideas and discoveries in physics from ancient Greek natural philosophy through classical mechanics, thermodynamics, quantum theory, and special relativity through the lens of data, models, and digital communication. Students examine historical and modern scientific evidence while learning how physicists construct models and interpret data to understand the natural world.

A central component of the course is the development of digital literacy (CCD). Students gain hands-on experience analyzing datasets and applying simple models using spreadsheet tools such as Excel, as well as visualizing and interpreting scientific data through digital platforms and simulations. Collaborative activities encourage students to explore real or simulated datasets, test physical models, and evaluate how data supports scientific conclusions.

The course also emphasizes communication of scientific ideas. Students create digital science communication projects such as short videos, visual explanations, comics, or educational materials designed for younger audiences to translate complex physics concepts into accessible formats for diverse audiences.

By the end of the course, students will understand how scientific knowledge is generated, interpreted, and communicated, and will develop the analytical, digital, and communication skills needed to engage critically with scientific information.