This concluding module addresses cosmic structure formation, linking concepts of inflation to the formation of galaxies. Key areas of study include:
Students will explore the connections between these phenomena and their implications for the universe.
This module provides an introduction to the class, setting the stage for the exploration of black holes and the fundamental principles of general relativity.
Key topics covered include:
This module tackles profound questions about the universe that often intrigue but intimidate students. It encourages inquiry into:
Students will engage in discussions that foster a deeper understanding of complex concepts.
This module introduces Einstein's Field Equations, which are fundamental to understanding the geometry of spacetime and the behavior of gravity.
Topics include:
Students will learn how these equations revolutionized our understanding of gravity.
This module focuses on X-ray binaries and their significance in the search for black holes. Students will explore:
Through analysis of observational data, students will gain insights into the dynamics of these systems.
Continuing from the previous module, this section further examines X-ray binaries with a deeper focus on:
Students will engage with current research and develop critical thinking skills through practical analysis.
This concluding module addresses cosmic structure formation, linking concepts of inflation to the formation of galaxies. Key areas of study include:
Students will explore the connections between these phenomena and their implications for the universe.