SUMMARY
The discussion clarifies the distinctions between pure, applied, and engineering physics. Pure physics emphasizes theoretical concepts such as quantum mechanics and particle physics, requiring advanced mathematical skills. In contrast, applied physics focuses on practical applications, exemplified by the study of MOSFETs, with less emphasis on theoretical derivations. Engineering physics combines elements of both, preparing students for practical problem-solving while maintaining a foundation in physics principles.
PREREQUISITES
- Understanding of quantum mechanics and particle physics
- Familiarity with mathematical concepts relevant to physics
- Knowledge of semiconductor devices, specifically MOSFETs
- Basic principles of engineering and applied physics
NEXT STEPS
- Explore advanced topics in quantum mechanics and their applications
- Research the role of applied physics in technology development
- Study the construction and operation of semiconductor devices
- Investigate career opportunities in engineering physics
USEFUL FOR
Students considering a career in physics, educators in the field, and professionals seeking to understand the applications of physics in technology and engineering.