Research

My research is in motivic homotopy theory, which is a diverse mixture of algebraic geometry,

homotopy theory and algebraic K-theory.

Preprints

• The Hilbert scheme of infinite affine space and algebraic K-theory (with Marc Hoyois, Joachim Jelisiejew, Denis Nardin and Burt Totaro)
• On the infinite loop spaces of algebraic cobordism and the motivic sphere (with Tom Bachmann, Elden Elmanto, Marc Hoyois, Adeel Khan and Vladimir Sosnilo) 
• Modules over algebraic cobordism (with Elden Elmanto, Marc Hoyois, Adeel Khan and Vladimir Sosnilo) 
• Motivic infinite loop spaces (with Elden Elmanto, Marc Hoyois, Adeel Khan and Vladimir Sosnilo)
  

Papers

• The unit map of the algebraic special linear cobordism spectrum
  To appear in the Journal of the Institute of Mathematics of Jussieu
• Towards conservativity of Gm-stabilization  (with Tom Bachmann)
  To appear in the Journal of Geometry & Topology
• Framed transfers and motivic fundamental classes (with Elden Elmanto, Marc Hoyois, Adeel Khan and Vladimir Sosnilo)
  Journal of Topology 13 (2020), 460–500.
• Algebraic K-theory of varieties SL2n / Sp2n,  E6 / F4 and their twisted forms
  Algebra and Analysis 28 (2016), no. 3, 174-189, in Russian. Translation: St. Petersburg Mathematical Journal 28 (2017), no. 3,  421-431.
  

Other

• Motivic stable homotopy groups via framed correspodences. PhD thesis, Duisburg-Essen University.
• Higher Chow-Witt groups. Oberwolfach Report 29/2019, "Algebraic K-Theory".

Here are the videos of some of the talks I gave. 

• Universality of algebraic K-theory. "Motivic geometry", Centre for Advanced Study in Oslo, Sept 2020
• Motivic generalized cohomology theories from framed perspective. Online conference "MoVid-20", April 2020