SUMMARY
The discussion centers on a freshman's contemplation of switching from a Computer Engineering major to Physics, driven by a fascination with the universe and subatomic particles. The participant expresses a lack of enthusiasm for the mathematical rigor required in engineering but shows a keen interest in physics, despite acknowledging that it demands even more advanced mathematics. Forum members emphasize the necessity of embracing mathematics in physics and suggest that the participant consult with a physics advisor and consider taking introductory physics courses before making a definitive switch.
PREREQUISITES
- Basic understanding of calculus and its applications in physics.
- Familiarity with fundamental physics concepts, particularly in mechanics and quantum theory.
- Knowledge of the mathematical foundations required for advanced physics, including linear algebra and differential equations.
- Awareness of career paths in both engineering and physics fields.
NEXT STEPS
- Consult with a physics department advisor to discuss academic and career implications.
- Take an introductory course in quantum physics to gauge interest and aptitude.
- Explore resources on mathematical techniques used in physics, such as Fourier analysis and calculus-based physics.
- Research career opportunities in physics and engineering to understand job market dynamics.
USEFUL FOR
Students considering a transition from engineering to physics, educators advising on academic paths, and individuals interested in the intersection of technology and theoretical physics.