Algebraic Geometry with Applications to TEnsors and Secants Algebraic Geometry with Applications to TEnsors and Secants
  • Main events
    • Introductory school
    • Kickoff workshop
    • Tensors from the physics viewpoint
    • Geometry of secants
    • Algebraic geometry and complexity theory workshop
    • Tensors in statistics, optimization and machine learning
    • Deformation theory
  • Schedule
  • Poster
  • Participants
  • Local info
    • What to do in Warsaw
    • Accommodation
    • Local information
  • Notes and reports

Research reports and notes

This page (under construction) will eventually contain research reports and notes by leaders and participants of the semester, which will added here successively.

  • Hirotachi Abo, Recent developments in the theory of tensor eigenvectors.
  • Fulvio Gesmundo, Geometry of tensors: open problems and research directions.
  • Julia Lindberg, Algebraic and tensor methods in statistics and optimization.
  • Fatemeh Mohammadi, Applications of tensors in statistics and rigidity theory.
  • Alessandro Oneto, Tensor decompositions and classical algebraic geometry.
  • Yang Qi, Tropical linear regression and low rank approximation - a first step in tropical data analysis.
  • Kristian Ranestad, Bad limits in power sum varieties.
  • Tim Seynnaeve, Matrix product states, geometry, and invariant theory.
  • Neriman Tokcan, Non-negative tensor factorizations and applications.
  • Nick Vannieuwenhoven, Condition numbers in tensor decompositions.
  • Emanuele Ventura, Tensors and their algebras.
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