Introduction to Physics: From Atoms to the Cosmos

Course Description

Welcome to an exciting journey through the cosmos! This introductory physics course, offered by SNUx, delves into the fascinating world of atomic structures, element creation, and the origins of our universe. From the building blocks of matter to the expansive nature of the cosmos, this course will take you on a captivating exploration of the fundamental principles that shape our understanding of the universe.

What You'll Learn

• The origins of the universe, starting with the Big Bang approximately 14 billion years ago
• The process of hydrogen and helium formation in the early universe from quarks
• The creation of heavier elements essential for life within stars
• The structure of atomic nuclei and their discovery
• The pillars of Big Bang cosmology and supporting evidence
• The expansion of the universe and its implications

Prerequisites

This course is designed as an introductory-level physics course, and there are no specific prerequisites. A basic understanding of high school-level science concepts would be beneficial, but not required. Curiosity and enthusiasm for learning about the universe are the most important attributes for success in this course.

Course Content

• Atomic structure and nuclear physics
• Big Bang cosmology and its three main pillars
• Element formation in the early universe and in stars
• Discovery of cosmic background radiation
• Expansion of the universe and Hubble's Law
• Historical breakthroughs in cosmology and astrophysics

Who This Course Is For

• Students interested in physics, astronomy, and cosmology
• Science enthusiasts curious about the origins of the universe
• Anyone looking to expand their knowledge of fundamental physics concepts
• Lifelong learners seeking to understand the big questions about our cosmos

Real-World Applications

• A deeper understanding of the physical world around them
• Critical thinking skills applicable to scientific and non-scientific fields
• The ability to engage in informed discussions about cosmology and astrophysics
• A foundation for further studies in physics, astronomy, or related fields
• Appreciation for the scientific method and its role in uncovering universal truths

Syllabus

Each week will focus on a specific topic, utilizing primary source materials such as Nobel lectures and seminal scientific papers to provide students with a rich, historically-grounded understanding of these fundamental concepts in physics and cosmology.