materiały zagraniczne

Jest co najmniej pięć dobrych książek, od których można zacząć przygodę z teorią węzłów, w zależności od tego, ile matematyki już się umie. Oprócz niżej wymienionych można sprawdzić Encyclopedia of knot theory (wbrew nazwie, to nie jest encyklopedia i niezbyt nadaje się do samodzielnej nauki!).

kursy na uniwersytetach

wykłady online

różne materiały Dror Bar-Natan, różne daty

Kanał na Youtube.

Knots, homologies and physics różne osoby, marzec-czerwiec 2024

“Knots, homologies and physics” is a research program organized within the “Simons semester” series from March 1 until June 30, 2024. It is devoted to the analysis of the relations between knot theory and physics. The program is hosted at the Institute of Mathematics, Polish Academy of Sciences, and co-organized by the Faculty of Mathematics, Informatics and Mechanics, and Faculty of Physics, University of Warsaw.

A crash course on knot theory #1 + #2 + #3 + #4 Neslihan Gügümcü, marzec 2024

This course will begin with fundamentals of knot theory, then will go through generalized theories of knots. Finally we will construct functions for classifying knots and their generalizations that utilize combinatorial and graph theoretical approaches in their constructions.

Welded tangles and the Kashiwara-Vergne groups Zsuzsanna Dancso, wrzesień 2021

Introduction to Khovanov homology Józef Przytycki, sierpień 2020

Introduction to knot theory Jake Rasmussen, lipiec 2019

An introduction to twisted Alexander polynomial Stefan Friedl, czerwiec 2019

Knotty problems Marc Lackenby, marzec 2019

Math 487 Anthony Bosman, styczeń 2019

Coloring. Alexander polynomial. Surfaces and genus. Braids. Fundamental group. The knot group. Linking number. Local moves on links. Jones polynomial. Slice and concordance. Concordance group.

Geometric techniques in knot theory Jessica Purcell, październik 2015

We will discuss methods of decomposing knot and link complements into polyhedra. Using hyperbolic geometry, angled structures, and normal surface theory, we analyze geometric and topological properties of knots and links.

hiperłącza