Basic Astrophysics II introduces physical concepts for analyzing astrophysical dynamics, covering particle and fluid dynamics, gravitational dynamics, and magneto-hydrodynamics.
Covers physical principles of stellar interiors including equilibrium, energy transport, nucleosynthesis, and evolution of main sequence, red giant, and degenerate stars, plus advanced topics like supernovae and binary evolution.
Observational Cosmology covers the extragalactic distance scale, galaxy groups and clusters, and an introduction to general relativity, cosmological models, the microwave background, and galaxy formation.
Examines the origin and evolution of life using astronomy, biology, and geology, covering the search for extraterrestrial life and life's history in the solar system.
The course was described as having too much material for a 2-credit load, requiring students to memorize lecture slides for exams. One student noted the workload felt more appropriate for a 3-credit class.
Multiple-choice exams required detailed knowledge of the textbook, and students noted a lack of lecture slides, review sheets, or feedback on assignments.
Weather and Climate covers wind, temperature, clouds, precipitation, storm systems, air pollution, global winds, and climate change, including map analyses and quantitative labs.
Physics of the Atmosphere and Ocean II covers radiation, energy budget, and cloud physics, including scattering, absorption, emission, and diabatic heating via shortwave and longwave processes.
A laboratory course covering local wind systems, thunderstorms, and mesoscale convection, focusing on analysis, prediction, and interpretation of satellite and radar data.
Introduction to radiation covering basic laws, radiative transfer, scattering, cloud/aerosol properties, and energy budgets in the atmosphere and ocean.
Mesoscale Meteorology synthesizes atmospheric dynamics, thermodynamics, and microphysics to explain the structure, evolution, and prediction of microscale, mesoscale, and cloud-scale weather.
Graduate course on written and oral communication for atmospheric and oceanic science research, covering scientific writing, presentations, and peer review.