Hello! My name is Niklas Götz and I am a PhD student in Theoretical Physics at the Frankfurt Institute for Advanced Studies (FIAS) in the group of Prof. Hannah Elfner. Previously, I graduated from ETH Zürich and École Polytechnique Paris with a joint Masters' in High Energy Physics. I grew up in the small town of Bad Kissingen in Franconia/Northern Bavaria, Germany. Before my Masters', I graduated with a Bachelors' degree in Mathematical Physics from Julius-Maximilians University Würzburg, Germany.
My Master thesis was centered around the topic of the application of Machine Learning (ML) on Monte Carlo integration for matrix elements. My current field of interst in physics is the study of the quark-gluon-plasma in intermediate and high energy heavy ion collisions. This state of matter is not just generated in collider experiments, but also made up the early universe. I aim to extract a better understanding of this state of matter by simulating it in complex numerical models, and comparing the results with experimental data. On this website, you can find more information about my research.
My research is often very computational, since I am passionate about coding, data science and machine learning. I enjoy using state of the art algorithms and high performance computing to extract knowledge both for research and pratical usecases. I have also worked as a software developer for various companies. Some of my projects (including autodidactical projects and preliminary studies) created outside of industry can be found on my github profile.
Please have a look at LinkedIn profile to gain an overview of my professional experiences and skills.
Feel free to contact me here for more information or just for a chat.
A C A D E M I C C A R E E R
Year | Period of Life | Institution |
---|---|---|
1995 | Born in Schweinfurt, Germany | --- |
2002 - 2006 | Primary School | Anton-Kliegl-Grundschule Bad Kissingen, Germany |
2006 - 2014 | Secondary school (Grade: 1.0) | Jack-Steinberger-Gymnasium Bad Kissingen, Germany |
2014 - 2017 | Bachelor of Science in Mathematical Physics (Grade 1.4) Thesis: 'Positivity preserving nodal discontinuous Galerkin Methods of high convergence for the one-dimensional Euler equations' |
Julius-Maximilians-University Würzburg, Germany |
2017 - 2018 | Gap Year in Research&Development | Senacor Technologies AG, d-fine GmbH, Heidelberg Engineering GmbH |
2018-2019 | Joint Master in High Energy Physics, first year Internship project: 'Kinetic Theory for momentum-dependent scattering' |
École Polytechnique Paris-Palaiseau, CEA Saclay |
2019-2020 | Joint Master in High Energy Physics, second year Thesis: 'Machine learning techniques for Monte Carlo integration' |
ETH Zürich |
2020-now | PhD student in the group of Prof. Hannah Elfner, working on the topic of observables of the QCD critical point | Goethe-University Frankfurt am Main |