The Ising model is a simple yet powerful mathematical framework used to study how large groups of tiny components interact to produce large scale behaviour, like how magnets operate and or the process of liquid turning to gas. Though it was originally developed as a model for magnetism, the Ising model is now used in many fields because it captures how local rules lead to global patterns.
The Ising Model: Classical Foundations and Quantum Applications
by Matthew Braden | Feb 18, 2026 | Uncategorized | 5 comments
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Your talk on the Ising Model sounds very intriguing! I am especially interested in hearing about the applications of the model. The adaptations to magnetism and beyond appear to be a very practical extension of this theoretical framework, and I am curious what other extensions of the model exist. I look forward to hearing about this intersection between physics and math!
This talk seems very interesting. I always find it cool when a process developed for a certain thing becomes very useful for many different other things. I’m looking forward to hearing more about this!
I was very happy to hear your talk and teaser. I think you did a good job of explaining your talk in a way that the entire class could understand the concept. It was interesting to hear the applications of the Ising Model, and how you discuss the advanced topics with Dr. Bisson. Great job!
This talk was super cool. In particular I am interested in the use in modeling neurology, and how this could be applied to neural networks and artificial intelligence. I am curious as to how this reflects magnetism in large surfaces. I think you did a great job breaking down this complicated formulas and equations to the class. This was a complicated topic and is extremely interesting.
I enjoyed your talk and how it seemed to be something you were interested in and/or passionate about if you will. It is also nice that your talk is something that connects to your research with Dr. Bisson, and I hope to hear more about this research as you discover more!