What career opportunities are available in electrostatics?

AI Thread Summary
The discussion centers around a high school senior interested in pursuing Electrical Engineering, specifically in the area of electrostatics. Participants clarify that electrostatics is primarily a theoretical concept used to teach fundamental principles like Coulomb's law, with limited real-world applications, such as in electrostatic speakers. The conversation shifts to the idea that while electrostatics may seem less engaging compared to magnetostatics and electrodynamics, there are still relevant problems in modern physics that can be modeled using electrostatics. The participants express anticipation for exploring more dynamic areas of physics, emphasizing that electrostatics can be useful in specific scenarios, albeit often as a simplified model.
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I'm currently a high school senior planning on going to college
to study Electrical Engineering. I've become quite fascinated by
the topic of electrostatics and so I'm wondering what careers/jobs
are there in this field?
 
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Electrostatics? You mean, like solving problems with point charges on a plane?

- Warren
 
Electrostatics don't really happen in nature. Everything tends to move, making everything fairly complicated.

That is, assuming you mean what chroot and I think you mean.

http://en.wikipedia.org/wiki/Electrostatics
 
Right... electrostatics is basically an idealization used to teach people about Coulomb's law and the superposition principle. The only direct application of electrostatics that I know of is in electrostatic speakers, and even electrostatic speakers move constantly. :wink:

- Warren
 
Besides, if you think electrostatics are interesting, wait until you get to magnetostatics and electrodynamics. That's where the fun stuff happens.
 
Agreed... electrostatics is pretty boring. All the problems are basically the same.

- Warren
 
While I agree that electrodynamics are generally more interesting, there are a number of interesting problems in modern physics that can be accurately modeled using electrostatics. So it's not all boring.
 
Thank you for your replies!
I do look forward to learning about magnetostatics and electrodynamics.
 
mda said:
While I agree that electrodynamics are generally more interesting, there are a number of interesting problems in modern physics that can be accurately modeled using electrostatics. So it's not all boring.

Like what, out of curiosity?
 
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I can't think of any myself, but I'm assuming it's something that is a very special case, similar to using the method of images in electrostatics. i.e. by total coincidence you can model it with electrostatics.
 

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