Programs PHD in Computer Science with a concentration in Chaos Theory

AI Thread Summary
The discussion centers on pursuing research in Chaos Theory within a Computer Science PhD program. The main point emphasizes the necessity of having a faculty member in the department who specializes in the area of interest to supervise the research. Without a willing advisor, the pursuit of such research may not be feasible. The individual expresses a growing interest in Computational Physics and Quantum Information, acknowledging the potential need for a solid foundation in Physics, possibly requiring self-study to prepare for the Physics GRE. The conversation highlights the importance of aligning academic goals with available departmental resources and expertise.
tkfriend89
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Hi everyone,

I am working on a second bachelor's degree in Computer Science, and am hoping to enter a Phd program in fall of 2019. Recently, I have taken an interest in Chaos Theory and was wondering if it is possible to do research in the field in the Computer Science department, or if it is usually the work of Physics Phds?

I plan on taking Physics 1, and Differential equations in the Spring 2018.

So far I have taken:
Calc 1 -3, Linear Algebra, Discrete mathematics, Calculus-based Probability, and Time Series Analysis. Along with my Computer science classes.

Thanks.
 
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tkfriend89 said:
Hi everyone,

I am working on a second bachelor's degree in Computer Science, and am hoping to enter a Phd program in fall of 2019. Recently, I have taken an interest in Chaos Theory and was wondering if it is possible to do research in the field in the Computer Science department, or if it is usually the work of Physics Phds?

I plan on taking Physics 1, and Differential equations in the Spring 2018.

So far I have taken:
Calc 1 -3, Linear Algebra, Discrete mathematics, Calculus-based Probability, and Time Series Analysis. Along with my Computer science classes.

Thanks.

Here's the thing. To do a research work in a PhD program, there has to be a faculty member the department that you enrolled into supervise your work. Typically, this person is an expert in the very area that you are working in. This faculty member controls almost every aspect of your work, and may even be the person who pays you research assistantship to do such work.

So the question isn't just "if I can do this work", rather, is there anyone in the department who CAN and willing to be the academic advisor/supervisor of that work! There is no point in wanting to do such-and-such, and there's no one there who is willing to be your official supervisor, because the dept. and the school will not let you continue.

Contact the school and the dept. you wish to enroll for your Ph.D work. Ask then this very same question you're asking here and see if there is at least one faculty member who knows this topic AND is willing to be your supervisor.

Zz.
 
ZapperZ said:
Here's the thing. To do a research work in a PhD program, there has to be a faculty member the department that you enrolled into supervise your work. Typically, this person is an expert in the very area that you are working in. This faculty member controls almost every aspect of your work, and may even be the person who pays you research assistantship to do such work.

So the question isn't just "if I can do this work", rather, is there anyone in the department who CAN and willing to be the academic advisor/supervisor of that work! There is no point in wanting to do such-and-such, and there's no one there who is willing to be your official supervisor, because the dept. and the school will not let you continue.

Contact the school and the dept. you wish to enroll for your Ph.D work. Ask then this very same question you're asking here and see if there is at least one faculty member who knows this topic AND is willing to be your supervisor.

Zz.

Hey,

Thanks for the reply. I did a bit more soul searching yesterday, and it seems something along the lines of "Computational Physics" may be more aligned with what I am looking for.

I did end up researching different Quantum Information labs at schools like Pit and Maryland. Those seemed like a great intersection between Physics and CS, but it seems like I would need the knowledge of at least a B.S in Physics to go along with my Phd in CS. Do you think that If I self teach Physics to the level of scoring Moderately high on the Physics GRE, would be sufficient knowledge for something like Quantum Information? I'm talking about something like 2 years of self study from scratch.
 
tkfriend89 said:
Hey,

Thanks for the reply. I did a bit more soul searching yesterday, and it seems something along the lines of "Computational Physics" may be more aligned with what I am looking for.

I did end up researching different Quantum Information labs at schools like Pit and Maryland. Those seemed like a great intersection between Physics and CS, but it seems like I would need the knowledge of at least a B.S in Physics to go along with my Phd in CS. Do you think that If I self teach Physics to the level of scoring Moderately high on the Physics GRE, would be sufficient knowledge for something like Quantum Information? I'm talking about something like 2 years of self study from scratch.

This is now a different question. Start with this thread:

https://www.physicsforums.com/threa...if-my-bachelors-degree-isnt-in-physics.64966/

Zz.
 
Hey, I am Andreas from Germany. I am currently 35 years old and I want to relearn math and physics. This is not one of these regular questions when it comes to this matter. So... I am very realistic about it. I know that there are severe contraints when it comes to selfstudy compared to a regular school and/or university (structure, peers, teachers, learning groups, tests, access to papers and so on) . I will never get a job in this field and I will never be taken serious by "real"...
Yesterday, 9/5/2025, when I was surfing, I found an article The Schwarzschild solution contains three problems, which can be easily solved - Journal of King Saud University - Science ABUNDANCE ESTIMATION IN AN ARID ENVIRONMENT https://jksus.org/the-schwarzschild-solution-contains-three-problems-which-can-be-easily-solved/ that has the derivation of a line element as a corrected version of the Schwarzschild solution to Einstein’s field equation. This article's date received is 2022-11-15...
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