This lesson introduces students to the field of astrophysics, explaining how it combines physics and astronomy to understand the universe. Students will learn about the fundamental questions astrophysicists seek to answer and how these questions help us understand cosmic phenomena. Students will explore the vastness of the universe, learning about astronomical units, light-years, and the relative sizes of celestial objects. 

 This lesson covers the birth of stars, starting from nebulae, the massive clouds of gas and dust in space. Students will learn about the processes that trigger star formation and the early stages of a star's life. Students will delve into the main sequence phase of a star's life, where it spends most of its existence. This lesson explains how stars generate energy through nuclear fusion and how their properties change over time. 

 This lesson explores the end stages of a star's life, including the formation of red giants, supernovae, and the creation of remnants like white dwarfs, neutron stars, or black holes. Students will learn about the dramatic transformations that occur as stars exhaust their fuel and the cosmic events that follow. 

 Students will learn about black holes, focusing on their formation, properties, and the concept of the event horizon. The lesson includes visual explanations of how black holes warp space-time and their effects on nearby objects. This lesson introduces neutron stars and pulsars, explaining their extreme densities and unique characteristics. Students will learn how neutron stars form from supernovae and how pulsars emit beams of radiation.