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madah12
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I am a fresh man in a a college of engineering I have yet to declare a specialized engineering major I am thinking of electrical engineering, and I am wondering if it involves quantum mechanics?
yungman said:No. We deal with the macro world.
Most of the EE is not even good in electrodynamics.
yungman said:Nano electronics are beyond my time, I can't comment on this. Device physics is quite remote from most EE designs. I was an IC designer long time ago, yes we need to know a little bit of device physics. But other than some very basic knowledge, we design circuits just exactly like design transistor circuits.
I do agree that people should take a class on QM no matter what. If I get through Classical Electrodynamics by JD Jackson, that would be my next subject to study. But getting through JD Jackson is a very tall order, it's the holy grail of EM, I will likely get into QM in my next life!:rofl:
Quantum mechanics and electrical engineering are closely related as quantum mechanics is the study of the behavior of particles at a subatomic level, while electrical engineering deals with the manipulation and control of electric currents to power devices and systems.
Quantum mechanics is used in electrical engineering to understand and develop advanced technologies such as quantum computers, quantum sensors, and quantum communication systems. These technologies rely on the principles of quantum mechanics to function.
Yes, quantum mechanics has the potential to greatly improve electrical engineering technologies by allowing for faster and more efficient processing, increased data storage capacity, and enhanced security in communication systems.
Yes, there are several practical applications of quantum mechanics in electrical engineering, including transistors, diodes, and lasers. These technologies utilize the principles of quantum mechanics to control and manipulate electric currents for various purposes.
It is becoming increasingly important for electrical engineers to have a basic understanding of quantum mechanics as the field continues to advance and integrate with traditional electrical engineering principles. This knowledge can lead to the development of new and innovative technologies that can greatly benefit society.