What degree should I get to study complexity?

In summary: Emergence is a big deal in complexity theory, and it's something you'll definitely need to know in order to understand the concepts Strogatz is introducing in his book. Basically, emergence refers to the way that complex systems (like schools of fish, or how birds fly in formation) can emerge from relatively simple systems (like individual fish swimming in a pond, or birds in the air). This happens because complex systems contain elements (like fish schools) that are composed of simpler systems (like individual fish). This process of complex system formation is called emergence.
  • #1
bio_kid23
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I want to study complexity and emergence, but I am not sure what degree I should get. I am a second year college biology student, but I feel like biology lacks the math needed to understand a lot of these concepts. I am now veering towards a math degree, but I have not taken enough math to know if I can do it/love it enough to do it. I have developed an intense interest in math though, so I am optimistic.

I am considering looking into physics as well, possibly as a minor, to round out my studies/fulfill a random interest in optics and quantum mechanics. So right now I am looking at a BS in math, with a minor in quantitative biology and physics. Does this sound like a workable degree to have in the areas I want to study?
 
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  • #2
Hello! Lately I have been asking the same thing myself! I'm on my first year of chemistry and recently I've been more and more inclined towards complexity theory (and essentially general system theory after I found this book: https://www.amazon.com/dp/0807604534/?tag=pfamazon01-20).

My current resolution is to go on with the course curriculum, taking math and physics subjects whenever appliable (much like bio kid, I also have a random interest in quantum physics, and virtually everything else, thus ended up settling on chemistry as a compromise between my divergent interests. The discovery of complexity theory seemed too good to be true, as a "excuse" to study all I liked..from evolution to information theory. You can thus imagine I almost freaked out when started Bertallanfy's book, where he goes from Brave New World and 1984 to basic science in a leap... I strongly agree with his views.).

Comments from someone within the field would be greatly appreciated. For the moment I'm trying to narrow down what are the important areas in order to organize a viable study plan. Also, I'm brazilian and we don't have minors (tho I love the concept), and so would be taking the subjects outside the scope of the chemistry course on their own.
 
  • #3
As an undergraduate I'm at the same level as you guys, so I'm not an expert or anything, but I assume a strong foundation in non-linear dynamics is necessary. Hence you would need a lot of ODE/PDE theory and also some numerical analysis as well.

I'm currently in a reading course based on the textbook Nonlinear Dynamics and Chaos by Stephen Strogatz. It's pretty fascinating! Strogatz is a well-known professor of applied math at Cornell who has done a lot of work in mathematical biology. I strongly suggest you look him up if you don't know about him already. He even has a TED lecture (http://www.ted.com/talks/steven_strogatz_on_sync.html), as well as a book on the phenomenon of sync, i.e. how birds fly in formation, how schools of fish stay together...stuff like that. These are perfect examples of emergence.
 

FAQ: What degree should I get to study complexity?

What is complexity theory and what degree should I get to study it?

Complexity theory is a field of study that explores how complex systems, such as social networks, ecosystems, or even the human brain, behave and evolve. It is interdisciplinary, drawing from mathematics, physics, computer science, biology, and other fields. To study complexity theory, you can pursue a degree in a related field such as mathematics, physics, computer science, biology, or psychology. Alternatively, you can look for a specific program in complexity science or systems science.

Is a degree in mathematics necessary to study complexity?

While a degree in mathematics can be beneficial for studying complexity, it is not necessary. Many other fields, such as physics, computer science, biology, and psychology, also contribute to the understanding of complex systems. Ultimately, the specific degree you choose should depend on your interests and the specific aspect of complexity theory you wish to study.

Can I study complexity at the undergraduate level?

Yes, there are undergraduate programs that focus on complexity theory or systems science. However, many students choose to pursue a more specific degree, such as mathematics, physics, or computer science, and then pursue a graduate degree in complexity theory. Some universities also offer interdisciplinary programs or minors in complexity science that can be paired with a primary degree.

Are there specific courses I should take to prepare for studying complexity?

There are no specific courses that are necessary to prepare for studying complexity. However, having a strong foundation in mathematics, statistics, and computer science can be helpful. Additionally, courses in systems thinking, network theory, and non-linear dynamics can provide a good introduction to the concepts and methods used in complexity theory.

What career paths are available for someone with a degree in complexity theory?

A degree in complexity theory can lead to a variety of career paths, as the principles and methods learned can be applied to many fields. Some common career paths include data science, research in academia or industry, consulting, policy analysis, and management in various industries. Additionally, many students go on to pursue higher education and research in complexity theory or related fields.

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