Recent scientific, engineering and computing advances are allowing us to probe the smallest bodies in our solar system and the farthest boundaries of space. These new discoveries are generating exciting questions and making it possible to find more answers.
This course will explore and examine how we know what we currently know, starting with an overview of the history of modern astronomy from the first use of cameras in the late 1800’s, through the advent of the Vera Rubin Telescope and the James Webb Telescope. We will examine the impact of modern technology on the tools astronomers use today.
We will look at a current view of our solar system including major planets, dwarf planets, moons, moonlets, asteroid and Oort Belt objects. We will examine our ability to provide a planetary defense and discuss future missions within our solar system.
Lastly, we will look beyond the limits of our solar system to examine planetary formation (exo-planet) elsewhere and differences from planetary formation in our solar system. We will then examine the birth and death of stars and galaxies including our own Milky Way.
As availability permits, the course hopes to feature remote guest lecturers who are currently conducting astronomical research at Lowell Observatory in Flagstaff, Arizona.