Math Seminar Ideas: Advanced Topics Beyond Fin Math, Stochastic

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SUMMARY

This discussion focuses on advanced seminar topics related to financial mathematics and stochastic processes, specifically for lectures lasting 30 to 60 minutes. Suggested topics include Topology and Mobius Strips, Basic Cryptography, Tilings and Lattices, Fractals, the Fibonacci Sequence, Continued Fractions, and Diophantine Equations. Additional recommendations include solving the heat equation, which encompasses Fourier series and Fourier analysis, as well as exploring image processing techniques involving fractals and wavelets. Markov chains are highlighted for their application in Google PageRank.

PREREQUISITES
  • Understanding of Calculus I and II
  • Familiarity with Linear Algebra (proof-based)
  • Knowledge of Mathematical Statistics and Probability
  • Basic concepts of Stochastic Calculus
NEXT STEPS
  • Research Topology and its applications in mathematics
  • Explore Basic Cryptography techniques and their relevance
  • Study Fourier analysis and its applications in solving the heat equation
  • Investigate the use of Markov chains in algorithms like Google PageRank
USEFUL FOR

Mathematics educators, advanced undergraduate students, and anyone interested in exploring complex mathematical concepts beyond traditional financial mathematics.

O'Fearraigh
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class. I did a lecture last semester on financial mathematics and stochastic processes. Know of any cool topics that I could lecture on?
 
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Related to financial mathematics and stochastic processes or just an advanced topic? What is your background?
 


Actually, I was looking at staying away from the mathematical finance realm (since I already did that). I have taken Calculus I and II (both with theory), Calculus III, Mathematical Statistics, Probability (with Calculus), Linear Algebra (proof-based), Mathematical Modeling, and Set Theory. I am currently taking Advanced Linear Algebra and ODE (I have familiarised myself with stochastic calculus). It needs to be lengthy, whatever the topic (lectures are supposed to last up to 1 hour... though they can be as short as 30 minutes).
 


Here's a list of easily-accessible and very interesting topics:

  • Topology and Mobius Strips
  • Basic Cryptography
  • Tilings and Lattices
  • Fractals
  • Various appearances of the Fibonacci Sequence
  • Continued fractions
  • Diophantine equations (A little more involved :D )

Here's a website I found with many cool ideas:

http://www.math.yorku.ca/high school/seminar_topics.html


Good luck!
 


Do you have any course that you really liked?? Do you have any course in mind you would like to do something on??

Just of the top of my hat: solving the heat equation is a very cool and broad topic. And you'll get to talk about Fourier series and Fourier analysis.

Or you can talk about image processing: talk about fractals, Fourier analysis, wavelets, etc.

Or Markov chains are also immensely cool. Markov chains are currently used for example in google pagerank.
 

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