Programs Control theory useful for a physics major?

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Control theory can be beneficial for those pursuing experimental physics in graduate school, though its utility may vary based on specific research areas. The class provides valuable skills in linear algebra and problem-solving methods applicable to real-world scenarios. While primarily advantageous for engineers, particularly in fields like robotics, experimental physicists also find it useful for practical applications such as PID controllers and feedback loops. Even in theoretical physics, understanding system stability from control theory can be advantageous. Overall, the relevance of control theory largely depends on the individual's focus within physics.
theFencer
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Is a control theory class usueful for someone who wants to do experimental physics in grad school?
 
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So from the lack of response, I figure it's not very useful?
 
Wow...you gave us ten whole hours to answer your question.
 
theFencer said:
So from the lack of response

You got an overdamped response... That could be a controls joke... a terrible one.

It's a good class. I don't use it much at my job but it was fun to learn. I took the class for my undergrad ME. It was a good exercise in linear algebra and electrical signals.
 
Control theory is more important for engineers e.g. anyone who works in robotics, but it is also a good exposure to mathematical methods of problem solving in the real world.
 
I really depends upon what you end up doing. I use what I learned in control theory A LOT
but that is because I am an experimental physicists and happen to work in a field where we often use PID controllers for temperature control, feedback loops for stabilizing oscillators etc.
It would obviously not be quite as useful I was working in e.g. string theory.
Although I must say that having some idea about how to determine e.g. if a system is stable can really come in handy even when working on more "abstract" theory.
 
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