SUMMARY
The discussion centers on the comparative respect and difficulty of pursuing a Ph.D. in Computer Engineering versus Quantum Physics. Participants agree that Quantum Physics generally involves more intellectually demanding subjects, particularly advanced mathematics, making it perceived as more challenging. However, the conversation emphasizes that the respect associated with a Ph.D. is subjective and largely depends on individual interests and the quality of research conducted. Ultimately, the consensus is that personal passion should guide the choice of field rather than external perceptions of respectability.
PREREQUISITES
- Understanding of advanced mathematics relevant to Quantum Physics.
- Familiarity with the structure of Ph.D. programs in the U.S. educational system.
- Knowledge of research methodologies applicable to both Computer Engineering and Quantum Physics.
- Awareness of the differences between undergraduate and graduate-level coursework.
NEXT STEPS
- Research the curriculum differences between Ph.D. programs in Quantum Physics and Computer Engineering.
- Explore the implications of pursuing a dual major in college.
- Investigate funding opportunities for graduate studies in both fields.
- Learn about the specific research areas within Quantum Physics, such as Quantum Information and Condensed Matter Physics.
USEFUL FOR
Prospective graduate students, academic advisors, and anyone considering a career in advanced scientific research, particularly in Quantum Physics or Computer Engineering.