SUMMARY
The discussion centers on the dilemma of choosing between a major in Physics or Mechanical Engineering, with a focus on the desire to invent and theorize about advanced concepts such as levitation, time dilation, and eco-friendly fuels. Participants emphasize the importance of foundational knowledge in both fields, suggesting that a PhD in Physics would be beneficial for research, while also noting the competitive nature of academic careers. The consensus leans towards pursuing a major in Mechanical Engineering for practical applications, while considering a minor in Physics to maintain a stable career path.
PREREQUISITES
- Understanding of fundamental physics concepts, including general relativity and time dilation.
- Basic knowledge of engineering principles, particularly in Mechanical Engineering.
- Familiarity with the academic pathways for pursuing a PhD in Physics.
- Awareness of the career landscape in both physics and engineering fields.
NEXT STEPS
- Research the curriculum requirements for a Mechanical Engineering degree and its overlap with Physics courses.
- Explore the implications of pursuing a PhD in Physics, including necessary undergraduate coursework.
- Investigate career opportunities in aerospace engineering and related fields that align with interests in invention.
- Consult with academic advisors about transitioning from a Mechanical Engineering major to graduate studies in Physics.
USEFUL FOR
Students contemplating a major in Physics or Mechanical Engineering, aspiring inventors, and individuals interested in the intersection of theoretical research and practical engineering applications.