Discussion Overview
The discussion centers on the educational pathways and prerequisites for pursuing a career in photonics and quantum computing, particularly from the perspective of participants studying electrical engineering, physics, and applied physics. It explores the relevance of various undergraduate degrees and the necessary coursework for advanced studies in these fields.
Discussion Character
- Exploratory
- Technical explanation
- Homework-related
Main Points Raised
- Some participants suggest that an undergraduate degree in electrical engineering with a computer science minor is a suitable background for entering the field of photonics.
- Others propose that a degree in applied physics is also a good option, with one participant mentioning that they are currently pursuing this path in Belgium.
- A participant with a B.S. in Physics indicates that taking Quantum Mechanics and Solid State classes is beneficial for those interested in photonics.
- There are inquiries about the specific math prerequisites for Quantum Mechanics and Solid State physics classes, with participants discussing their completed coursework in calculus and physics.
- One participant notes that the requirements for Quantum Mechanics classes can vary by institution, mentioning their university's prerequisites.
- Another participant emphasizes the importance of taking an intermediate physics class, particularly in optics, for those aiming to specialize in photonics.
Areas of Agreement / Disagreement
Participants generally agree that a background in electrical engineering or applied physics is relevant for photonics, but there is no consensus on the specific prerequisites for Quantum Mechanics and Solid State physics classes, as requirements differ by institution.
Contextual Notes
Limitations include varying prerequisites across different universities and the potential need for additional intermediate physics courses that are not universally specified.