I am an Assistant Professor at Leiden University (tenured). My primary research focuses on algebraic geometry. I co-organize two seminar series in Leiden: Algebra, Geometry and Number Theory Seminar and the Non-Commutative Geometry Seminar. Furthermore, I am a study advisor for the algebra group in Leiden. If you would like to contact me as a study advisor, please use this email address: study_advisor_agn at math.leidenuniv.nl.
I am also a research associate of the Polyhedral Structures Laboratory at the University of Pennsylvania.
E-mail address: mhablicsek at gmail.com. My CV is here.
Virtual Classes of Character Stacks (with Ángel González-Prieto and Jesse Vogel), submitted, (2022)
Virtual Classes of Representation Varieties of Upper Triangular Matrices via Topological Quantum Field Theories (with Jesse Vogel), submitted, (2020)
Non-Noetherian representation categories of generalized fields (with Maël Denys and Giacomo Negrisolo), submitted, (2020)
Algebraic Geometry over the residue field of the infinite place (with Mate L. Juhász), Communications in Algebra, Volume 46, Issue 10, 4149-4173 (2018)
Derived intersections over the Hochschild cochain complex submitted, (2016)
Explicit computations of Hida families via overconvergent modular symbols (with Evan Dummit, Robert Harron, Lalit Jain, Robert Pollack, Daniel Ross), Research in Number Theory, 2:25, (2016)
Hodge theorem for the logarithmic de Rham complex via derived intersections, Research in the Mathematical Sciences, 7, 24, (2020)
On the number of rich lines in high dimensional real vector spaces (with Zachary Scherr), Discrete and Computational Geometry, 55(4), 955-962, (2016)
Formality of derived intersections and the orbifold HKR isomorphism (with Dima Arinkin and Andrei Caldararu), Journal of Algebra, Volume 540, 100-120, (2019)
On the joints problem with multiplicities submitted, (2014)
Derived intersections and the Hodge theorem (with Dima Arinkin and Andrei Caldararu), Algebraic Geometry 4 (2017), 394-423
An incidence conjecture of Bourgain over fields of positive characteristic (with Jordan S. Ellenberg), Forum of Mathematics, Sigma, 4, E23 (2016)
Kakeya sets over non-archimedean local rings (with Evan Dummit) Mathematika, 59, 257-266, (2013)
Power map permutations and symmetric differences in finite groups (with Guillermo Mantilla-Soler), Journal of Algebra and Applications (10) (2011), 947-959
Publications with Polyhedral Structures Laboratory
Dragonfly-Inspired Wing Design Enabled by Machine Learning and Graphic Statics (with Hao Zheng, Hossein Mfatteh, Masoud Akbarzadeh, and Abdolhamid Akbarzadeh), submitted, (2022)
Designing the Geometry of Auxetic Materials using Graphic Statics (with Masoud Akbarzadeh), Proceedings of the IASS Symposium 2021, University of Surrey, UK (2021). A short survey video can be seen here.
Developing a polyhedral graphic statics formulation for tetrahedral truss analysis (with Salma Mozaffari, Masoud Akbarzadeh and Thomas Vogel), Proceedings of the IASS Symposium 2021, University of Surrey, UK (2021)
Lightweight Structures and the Geometric Equilibrium in Dragonfly Wings (with Hao Zheng and Masoud Akbarzadeh), Proceedings of the IASS Symposium 2021, University of Surrey, UK (2021)
Algebraic 3D Graphic Statics: Constrained Areas (with Masoud Akbarzadeh), Computer-Aided Design, Volume 141, (2021)
Geometric Degrees of Freedom and Non-Conventional Spatial Structural Forms (with Masoud Akbarzadeh), Impact: Design With All Senses, Springer Nature (2019), 1-17
Algebraic 3D Graphic Statics: reciprocal constructions (with Masoud Akbarzadeh, Yi Guo), Computer-Aided Design, Volume 108, (2019), 30-41
Developing Algebraic Constraints for Reciprocal Polyhedral Diagrams of 3D Graphic Statics (with Masoud Akbarzadeh, Yi Guo), Proceedings of the IASS Symposium 2018, Creativity in Structural Design, MIT, Boston, USA, July 16-20, (2018).
2022 Fall: Algebraic Geometry (Mastermath)
2022 Fall: Differentiable Manifold 1
2021 Fall: Algebraic Geometry (Mastermath)
2021 Fall: Differentiable Manifolds 1
2021 Spring: Representation Theory
2020 Fall: Differentiable Manifolds 1
2020 Spring: Representation Theory
2019 Fall: Differentiable Manifolds 1