Programs Diploma thesis - Neural Network Application in Physical Problems

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SUMMARY

The discussion centers on the application of neural networks in physical problems, specifically within the context of a diploma thesis for a Computational Physics student. Key ideas include using neural networks for spectral analysis of galaxies or quasars and employing machine learning algorithms for clustering particle collisions at CERN. The participant expresses a desire to build a neural network, train it with Monte Carlo data, and evaluate it against real data. Additionally, symbolic regression is highlighted as a relevant field, with a reference to the Cornell project that led to the development of the Eureqa software for discovering equations of motion.

PREREQUISITES
  • Understanding of neural networks and machine learning principles
  • Familiarity with Monte Carlo methods in physics
  • Knowledge of symbolic regression techniques
  • Basic concepts of particle physics and data analysis
NEXT STEPS
  • Research "Neural Network applications in astrophysics" for specific case studies
  • Explore "Monte Carlo simulations in particle physics" for data preparation techniques
  • Investigate "Symbolic regression methods" and their applications in physics
  • Learn about "CERN data analysis tools" for clustering algorithms
USEFUL FOR

This discussion is beneficial for Computational Physics students, machine learning practitioners, and researchers interested in applying neural networks to physical systems and data analysis in particle physics.

dirac26
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Hello everybody. I am currently on my last year of Computational Physics education. More and more I am interested in Machine Learning and Neural Network. Time has come for me to choose diploma work thesis, so I am searching for interesting ideas where I can merge my interest in neural networks and my background in physics.

I am looking for something like spectral analysis of galaxies or quasars using neural networks. Or maybe, use ML algorithm for clustering particle collision at CERN(divide ggH and VBF for example).
In a nutshell, I want to build my neural network, feed it with some Monte Carlo data, train it, and then evaluate it on real data.

Do you have some guidance, some ideas, useful links, or anything that can help.
Thank you in advance, I really appreciate it.
 
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There's a field called symbolic regression where ML techniques are used to discover the equations describing a physical system or collection of data.

Cornell had done a project that eventually became the commercial product Eureqa. The 2009 Cornell project discovers the equations of motion for a compound pendulum system using data collected about position and time of the moving pendulum bob. Wired magazine did an article on it and they published a couple of papers on the scheme.

https://en.wikipedia.org/wiki/Symbolic_regression
 
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