SUMMARY
This forum discussion centers on the feasibility of learning General and Special Relativity through community engagement. The original poster expresses a desire for a deeper understanding of the mathematical foundations behind these theories, particularly the Lorentz transformations and time dilation. Responses emphasize that while Special Relativity can be grasped with basic algebra, General Relativity requires advanced mathematics, including calculus and classical physics. Participants recommend utilizing the "Science and Math Textbooks" forum for textbook suggestions and highlight the importance of a systematic study approach.
PREREQUISITES
- Basic high school algebra for understanding Special Relativity
- Calculus for a deeper comprehension of General Relativity
- Undergraduate-level classical physics, including mechanics and electromagnetism
- Familiarity with the concept of reference frames in physics
NEXT STEPS
- Research reputable textbooks on Special Relativity, focusing on those that use algebraic methods
- Study calculus to prepare for General Relativity concepts
- Explore classical physics topics, particularly mechanics and electromagnetism
- Engage with online resources or forums that specialize in physics discussions for specific questions
USEFUL FOR
Individuals interested in physics, particularly those seeking to understand the principles of General and Special Relativity, including students, educators, and self-learners.