A course for science or non-science students jointly offered by the Departments of Mathematics and Philosophy that aims to provide a conceptual understanding of some of the many faces of the large-scale universe.

We will discuss general issues relating to the nature of mathematics and science, space and time, and the universe as a whole. The main topics of the course are: the overall structure of the observable universe; space and time; relativity; black holes; phenomena and reality; anthropic principles; and extraterrestrial life. Each topic will be introduced in a historical context emphasising how it has evolved over time and is still evolving.

Note: This is an HPO. Students who take this option will complete extra work of a more theoretical nature. Some of the assignment and exam questions will be replaced by questions requiring deeper conceptual understanding.

On satisfying the requirements of this course, the students will have:

1. An understanding in outline of the history of cosmology, and of contemporary cosmology.
2. A conceptual understanding of relativity theory and quantum mechanics
3. An appreciation that many of the theories underlying modern cosmology are contentious.
4. An understanding of what would be involved in further study in the philosophy of science, and in cosmology.
5. A habit of educated questioning of scientific orthodoxy.

Assessment will be based on:

• 600-word essay (week 7) (20%; LO 1-5)
• 600-word essay (week 12) (20%; LO 1-5)
• tutorial participation (20%; LO 1-5)
• final exam (40%; LO 1-5)

26 lectures and 12 tutorials