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github_users: | ||
- torvalds | ||
- alshedivat | ||
- jdelpino | ||
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github_repos: | ||
- alshedivat/al-folio | ||
- twbs/bootstrap | ||
- jekyll/jekyll | ||
- jquery/jquery | ||
- FortAwesome/Font-Awesome | ||
- jpswalsh/academicons | ||
- mathjax/MathJax | ||
- NonlinearOscillations/HarmonicBalance.jl |
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"AJP": | ||
url: https://aapt.scitation.org/journal/ajp | ||
color: "#00369f" | ||
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"PhysRev": | ||
url: https://journals.aps.org/ |
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--- | ||
layout: page | ||
permalink: /teaching/ | ||
title: teaching | ||
description: Materials for courses you taught. Replace this text with your description. | ||
title: Teaching | ||
description: Explore the materials for courses I've taught, delving into the realms of Quantum Oscillators and Quantum Optics through computational approaches. | ||
nav: true | ||
nav_order: 5 | ||
--- | ||
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For now, this page is assumed to be a static description of your courses. You can convert it to a collection similar to `_projects/` so that you can have a dedicated page for each course. | ||
As a W2 Interim Professor at the University of Konstanz, my teaching philosophy is rooted in active student engagement and practical application of theoretical concepts. Below are the courses I am currently teaching: | ||
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Organize your courses by years, topics, or universities, however you like! | ||
### Computational Approaches to Quantum Oscillators (Winter Semester 2023-24) | ||
This Master's course provides an in-depth exploration of quantum oscillators, pivotal in various technologies from quantum sensing to computing. Key topics include: | ||
- Effects of time-dependent forces on oscillators (amplification, cooling, coupling) | ||
- Utilizing computational tools like Python's **QuTiP** and Julia Notebooks' **QuantumOptics.jl** | ||
- Simulation and analysis of quantum dynamics | ||
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The course adopts a **"flipped classroom"** approach, encouraging students to actively participate, work collaboratively, and seek guidance as needed. | ||
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### Seminar: Computational Methods for Quantum Optics | ||
This seminar offers an immersive experience in quantum optics through: | ||
- Critical discussion and analysis of research papers | ||
- Hands-on creation of presentations | ||
- Focusing on quantum optics problems solvable on classical computers | ||
- Adopting a **"reproducible journal club"** style | ||
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Students engage deeply with the subject matter, enhancing their understanding through presentations backed by reproducible computational notebooks. |
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