SUMMARY
Electrical engineers utilize principles of quantum physics, particularly in fields like micro-electronics, which are closely related to quantum mechanics. While a bachelor's degree in physics can lead to a satisfactory salary, pursuing an undergraduate degree in electrical engineering is recommended for those interested in innovative research and practical applications. Graduate studies, such as a Master's or PhD, are essential for advanced research roles. Resources from IEEE, including journals and societies, provide valuable information for further exploration in this intersection of disciplines.
PREREQUISITES
- Understanding of electrical engineering principles
- Basic knowledge of quantum physics
- Familiarity with micro-electronics
- Awareness of IEEE resources and societies
NEXT STEPS
- Explore IEEE's Journal of Quantum Electronics
- Research IEEE Electron Devices Society (EDS) for networking opportunities
- Investigate graduate programs in Electrical Engineering and Physics
- Learn about the role of quantum mechanics in micro-electronics
USEFUL FOR
Students and professionals in electrical engineering, aspiring physicists, and researchers interested in the application of quantum physics in technology and innovation.