activity
20242026
collaborators

7 papers

math.GT2026

Fibred realizations of the prism quandle in the standard four-sphere

Michal Jablonowski

We study smooth fibred two-knots whose fundamental quandle is the prism quandle of order fifty-six. The candidates arise from framed circle surgery along a section of a mapping tor…

math.GT2026

Fundamental Quandles Do Not Determine the First Postnikov Invariant of 2-Knots

Michal Jablonowski

For every admissible pair of Brieskorn parameters in the Plotnick--Suciu construction, we obtain a pair of oriented -knots whose knot groups are isomorphic, whose second homotop…

math.GT2026

Unity of Jones polynomials in the unit circle and the plane

Michal Jablonowski

In this note, we study solutions of the equation for the Jones polynomial of knots and links. For the family of double-twist knots, we show that every root of unit…

math.GT2025

On 4-dimensional 3-handle attachments

Eva Horvat, Michal Jablonowski

Kirby diagrams for smooth four-dimensional manifolds typically depict only the 1- and 2-handles, omitting the 3-handles. In this work, we investigate 3-handle attachments and provi…

math.GT2025

Biquandle cocycle condition for invariants of immersed surface-links in the four-space

Michal Jablonowski

We consider a biquandle-cohomological framework for invariants of oriented immersed surface-links in the four-space. After reviewing projections and Roseman moves for immersed surf…

math.GT2025

On biquandle-based invariant of immersed surface-links, Yoshikawa oriented fifth move, and ribbon 2-knots

Michal Jablonowski

We resolve an open problem by showing that the Yoshikawa's fifth oriented move in his list cannot be reproduced by any finite sequence of the other nine moves and planar isotopies.…

math.GT2024

Rigid and shaky hard link diagrams

Michal Jablonowski

In this study of the Reidemeister moves within the classical knot theory, we focus on hard diagrams of knots and links, categorizing them as either rigid or shaky based on their ad…