Discussion Overview
The discussion revolves around the relationship between electrical engineering and quantum physics, particularly whether electrical engineers utilize concepts from quantum physics in their work. Participants explore the implications of pursuing degrees in physics versus engineering, especially in the context of research and career opportunities in electrical devices.
Discussion Character
- Exploratory
- Debate/contested
- Conceptual clarification
Main Points Raised
- One participant expresses a desire to understand if electrical engineers use quantum physics, noting their interest in both fields.
- Another participant argues that pursuing a physics degree may not lead to many opportunities without a PhD, suggesting that an engineering degree might be more practical.
- A different participant counters that a bachelor's degree in physics can still lead to a satisfactory salary, challenging the previous claim about limited opportunities.
- One participant emphasizes that their primary motivation is knowledge and research capability rather than financial gain, seeking clarity on which degree would better facilitate innovative research in electrical devices.
- Another participant states that electrical engineering is applied physics and highlights that fields like micro-electronics are closely related to quantum mechanics, suggesting that electrical engineering may involve more quantum physics than other engineering disciplines.
- Links to various IEEE societies and resources related to quantum electronics and electrical engineering are provided as additional context for the discussion.
Areas of Agreement / Disagreement
Participants express differing views on the value of physics versus engineering degrees, particularly regarding career opportunities and the relevance of quantum physics in electrical engineering. No consensus is reached on which path is superior for innovative research in electrical devices.
Contextual Notes
Some participants' claims about career opportunities depend on individual circumstances and definitions of success in their respective fields. The discussion includes varying assumptions about the applicability of quantum physics in engineering disciplines.