Loreno Heer

Research interest

Analysis in metric spaces, in particular quasiconformal, quasi-symmetric and quasi-Möbius geometry. (Gromov-)Hyperbolic geometry, geometric group theory, geometric analysis and low-dimensional topology. Besides pure mathematics I am interested in mathematical physics, in particular the geometry of space-time and string theory. Further interests are the connections between mathematics and computer science and neuroscience.

Publications

PhD Thesis (2021) doi:10.5167/uzh-217863 full text
Heer, L. (2017). Some Invariant Properties of Quasi-Möbius Maps. Analysis and Geometry in Metric Spaces, 5(1), pp. 69-77. doi:10.1515/agms-2017-0004 full text
MSc Thesis (2015) full text
BSc Thesis (2012) full text

Drafts

Errata for Geometry, Topology and Physics (Second Edition) by Mikio Nakahara pdf (latex source) (last updated: 17. April 2022)

Teaching

Exercise Classes

UZH HS2020 MAT101: (Python) Programming, Donkey Kong Project
UZH FS2020 MAT184: Analysis für die Chemie
UZH HS2019 MAT101: (Python) Programming, Tetris Project
UZH FS2019 MAT184: Analysis für die Chemie
UZH HS2018 MAT101: (Python) Programming, Flappy Bird Project
UZH FS2018 MAT823: Introduction to Computability and Complexity Theory
UZH HS2017 MAT101: (Python) Programming, Bitcoin Project
UZH FS2017 MAT112: Lineare Algebra II
UZH HS2016 MAT101: (Python) Programming, Steganography Project
UZH FS2016 MAT153: Zahlentheorie
UZH FS2016 MAT151: Grundbegriffe der Mathematik

MSc Thesis Co-Advisor

FS2018: Andresen, Silke Berit, Low-dimensional Boundaries of CAT(0) Spaces

Activities and Memberships

Reviewer for Zentralblatt MATH and AMS MathSciNet. Member of the Swiss Mathematical Society and American Mathematical Society.