# Teaching

## Lecture notes

Geometric Singular Analysis and Black Holes.

A minicourse on scattering theory. (Exercises and videos.)

Methoden der Mathematischen Physik II.

## Classes

Academic year | Class |
---|---|

2024 (spring) | Differential Geometry II (D-MATH). Course website. |

2023 (fall) | Allgemeine Mechanik (D-PHYS). Moodle-Seite. |

2023 (spring) | Functional Analysis II (D-MATH). Course website. |

2022 (fall) | Functional Analysis I (D-MATH). Course website. |

2022 (spring) | Methoden der Mathematischen Physik II (D-MATH/D-PHYS). Moodle-Seite. |

2021 (fall) | Microlocal Analysis (D-MATH). Moodle page. |

2021 (spring) | 18.157, Introduction to Microlocal Analysis (at MIT). |

2020 (spring) | 18.950/9501, Differential Geometry (at MIT). Course materials. |

2019 (spring) | 18.157, Introduction to Microlocal Analysis (at MIT). |

## Invited courses

Date | Course |
---|---|

Mar 2024 | Minicourse (5 lectures) on Linear waves and spectral theory Thematic program Quantum and classical fields interacting with Geometry, Paris, France |

Mar 2023 | Mini-school (4 lectures) on Geometric singular analysis and black holes University of North Carolina, Chapel Hill, NC, USA. Link. (Lecture notes are above.) |

Sep 2019 | Two lectures on Nonlinear wave equations Introductory workshop on Microlocal Analysis, MSRI, Berkeley, MA, USA |

Aug 2019 | Minicourse (5 lectures) on Scattering theory SNAP 2019, Northwestern University, Evanston, IL, USA. (Lecture notes are above.) |

Jan 2017 | Minicourse (5 lectures) on Black hole stability Tokyo–Berkeley Workshop PDE and Mathematical Physics, Tokyo, Japan |