Computer science minor for a physics major

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Discussion Overview

The discussion revolves around the potential benefits of pursuing a computer science minor for a physics major, particularly focusing on the relevance of programming skills and the applicability of computer science concepts in physics-related fields. Participants explore the balance between theoretical and practical aspects of computer science education.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested
  • Homework-related

Main Points Raised

  • The original poster (OP) expresses enthusiasm for programming and seeks advice on whether to pursue a minor or major in computer science.
  • Some participants caution that certain required courses for a CS minor may be heavily theoretical, such as "analysis of algorithms" and "compiler design," and suggest ensuring interest in these topics before committing.
  • One participant notes that courses in numerical analysis related to physics can provide practical programming experience without delving deeply into theoretical computer science.
  • Another participant believes the listed courses for the minor are not too theoretical and suggests they would prepare the OP for professional programming.
  • It is suggested that a solid understanding of programming and algorithms can be beneficial for physics majors, regardless of future academic paths.
  • Some participants mention the intersection of computer science and physics, highlighting research areas like randomized algorithms and quantum computing as potential fields of interest.

Areas of Agreement / Disagreement

Participants express a mix of opinions regarding the theoretical nature of computer science courses and their applicability to practical programming. While some believe the courses are beneficial, others question their relevance and practicality for a physics major.

Contextual Notes

Participants discuss specific course requirements for a CS minor and the potential for programming without a formal minor. There is uncertainty regarding the balance of theory and practice in computer science education and its direct applicability to physics.

jamalkoiyess
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Hello PF,
I am a physics sophomore this year and i took a course on java programming as an elective. And i just loved it!
Really the harder it became the more i liked it. So i decided that i want to do something about it. But i don't know if a minor or a major is better for a physics major. And what part of C.S. should i learn that can help me too. ( if you have any info. on what side of CS is better for what field of physics i would be glad )
Thank you.
 
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Programming is interesting, but if you look at he courses required for a computer science minor you will probably see topics like "analysis of algorithms" , "database design", and "compiler design" that are heavily theoretical. Make sure you like that sort of thing before you get into a program where those will be required courses.

(If you want specific advice, you can list the courses that your university requires for a CS minor and major.)

Courses in numerical analysis related to physics will give you a workout in programming, without a commitment to theoretical computer science.
 
Stephen Tashi said:
If you want specific advice, you can list the courses that your university requires for a CS minor and major.

My university requires for a minor :
_introduction to programming ( that i am taking now).

_discrete structures

_intermediate programming with data structure

_algorithms and data structures

And 2 other courses of my choice in the field.

Do you think it it too theoretical?
How much of it can be used in practice?
And also can i do some programming without a minor in it? Like on a professional level ?
(Not that i want a job in programming but i want something more advanced ).
Thanks
 
jamalkoiyess said:
My university requires for a minor :
_introduction to programming ( that i am taking now).

_discrete structures

_intermediate programming with data structure

_algorithms and data structures

And 2 other courses of my choice in the field.

Do you think it it too theoretical?
How much of it can be used in practice?
And also can i do some programming without a minor in it? Like on a professional level ?
(Not that i want a job in programming but i want something more advanced ).
Thanks
It is not too theoretical. It looks like a good selection of courses to me. After you've taken them, you'll be better prepared to make a decision on the remaining two courses.

Will they prepare you for programming on a professional level? Probably.
 
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To the OP:

At least in my mind, getting solid programming experience along with a basic understanding of algorithms can be very useful for physics majors, regardless of whether you intend down the line to continue further graduate studies in physics or some cognate program, and would provide you with solid employable skills. So in that respect, pursuing the equivalent of a computer science minor would be beneficial.

If you are really fascinated by computer science in addition to physics (and may consider graduate studies in either CS or physics), and if you are prepared to put in the work, I don't see any issue in pursuing a double major as well.

I should also point out that there are research areas that intersect both CS and physics. For example, there are researchers in theoretical CS working on randomized algorithms that are closely related to phase transitions in statistical physics. See the link below.

https://www.msri.org/programs/72

Another hot topic is in the area of quantum computing, involving the study of quantum theory and its applications to computing. Many people with physics backgrounds have also contributed to research in areas like machine learning and neural networks.
 
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