SUMMARY
The discussion centers on the comparison between MIT and Harvard for studying experimental condensed matter physics (CME). Both institutions rank among the top five physics programs globally, but they offer distinct educational experiences. MIT emphasizes a technical education with rigorous STEM coursework and no grade inflation, while Harvard provides a liberal arts education with a focus on core requirements and grade inflation. Ultimately, the choice should depend on the student's preferred academic and social environment rather than current research interests.
PREREQUISITES
- Understanding of experimental condensed matter physics (CME)
- Familiarity with the educational structures of MIT and Harvard
- Knowledge of academic pressures in STEM vs. liberal arts environments
- Awareness of the social dynamics and culture at elite universities
NEXT STEPS
- Research the specifics of MIT's "junior lab" program in physics
- Explore the differences in grading policies and academic pressures at MIT and Harvard
- Investigate the faculty search process at Harvard and its impact on program ranking
- Examine the role of liberal arts education in STEM fields and its benefits for physics research
USEFUL FOR
Prospective undergraduate students considering a major in physics, academic advisors, and individuals interested in the educational philosophies of elite institutions like MIT and Harvard.