(in reverse chronological order)
Future Talks / Travel:
Qinhuangdao? (July 13-17, 2015),
University (March 7-8, 2015),
Hamilton (December 5-8, 2014),
Fields Institure (November 24-28, 2014)?,
Treehouse Group (October 17, 2014).
- ClassroomAdventures-1408: The 17 Worlds of Planar Ants, Classroom Adventures in Mathematics, Toronto, August 2014.
- Oberwolfach-1405: Some very good formulas for the Alexander polynomial Oberwolfach, May 2014.
- Vienna-1402: A Partial Reduction of BF Theory to Combinatorics, Vienna, February 2014.
- ClassroomAdventures-1401: Visualizing the Fourth Dimension, and the Simplest Thing I Don't Know About It, Classroom Adventures in Mathematics, Toronto, January 2014.
- HUJI-140101: קשרים בארבעה מימדים והבעיה הפתוחה הפשוטה ביותר אודותם, (Knots in Four Dimensions and the Simplest Open Problem About Them, Hebrew lecture), Jerusalem, January 2014.
- Bern-131104: The Kashiwara-Vergne Problem and Topology, Bern, November 2013.
- Zurich-1310: Informal Talks on the Topology, Combinatorics, and Low and High Algebra of w-Knots, 6 talks in Zurich, October 2013.
- Geneva-131024: Finite Type Invariants of Ribbon Knotted Balloons and Hoops, Geneva, October 2013.
- Geneva-130917: Trees and Wheels and Balloons and Hoops and More Later, Geneva, September 2013.
- ClassroomAdventures-1308: On Maps, Machines and Roaches, Classroom Adventures in Mathematics, August 2013.
- Montreal-1306: A Quick Introduction to Khovanov Homology, two talks in Montreal, June 2013 (plus one more on meta-groups).
- Aarhus-1305: (u, v, and w knots) x (topology, combinatorics, low algebra,
and high algebra), QGM Master Class, Aarhus May-June 2013.
- Cambridge-1301: Non-Commutative Gaussian Elimination and Rubik's Cube,
Cambridge, January 2013.
- Newton-1301: Braids and the Grothendieck-Teichmuller Group, and
Meta-Groups, Meta-Bicrossed-Products, and the Alexander
Polynomial,the Newton Institute, January 2011.
- Hamburg-1208: A Quick Introduction to Khovanov Homology and Balloons
and Hoops and their Universal Finite Type Invariant, BF Theory, and an
Ultimate Alexander Invariant, two talks in Hamburg, August 2012.
- Caen-1206: Caen Workshop on v- and w-Knotted Objects, about 25 hours
of talks over 9 days in June 2012 in Caen, France.
- Oregon-1108: The Pure Virtual Braid Group is Quadratic, Oregon, August
- Colombia-1107: Expansions: A Loosely Tied Traverse from Feynman Diagrams to
Quantum Algebra, 6 talks at Villa de Leyva, Colombia, July 2011.
- SwissKnots-1105: Facts and Dreams About v-Knots and Etingof-Kazhdan, Swiss
Knots 2011, Lake Thun, May 2011.
- Tennessee-1103: Cosmic Coincidences and Several Other Stories, Tennnessee,
- RCI-110213: The Hardest Math I've Ever Really Used, Royal Canadian
Institute, Toronto, February 2011.
- Chicago-1009: From the ax+b Lie Algebra to the Alexander
Polynomial and Beyond, and 18 Conjectures, Chicago, September
- Montpellier-1006: I understand Drinfel'd and Alekseev-Torossian, I don't
understand Etingof-Kazhdan yet, and I'm clueless about Kontsevich,
three talks in Montpellier, June 2010.
- Goettingen-1004: u, v, and w-Knots: Topology, Combinatorics and Low and High
Algebra, Courant Lecture Series, Goettingen, April 2010.
- Fields-0911: Dessert: Hilbert's 13th Problem, in Full Colour,
The Fields Institute, November 2009.
- Bonn-0908: Convolutions on Lie Groups and Lie Algebras and Ribbon
2-Knots, Bonn, August 2009.
- Trieste-0905: (u, v, and w knots) x (topology, combinatorics, low algebra,
and high algebra), Trieste, May 2009.
- Sandbjerg-0810: The Penultimate Alexander Invariant, Sandbjerg, Denmark, October 2008.
- MSRI-0808: Projectivization, W-Knots, Kashiwara-Vergne and Alekseev-Torossian, MSRI, August 2008.
- Fields-0709: A Very Non-Planar Very Planar Algebra, The Fields Institute, September 2007.
- Hanoi-0708: Following Lin: Expansions for Groups, Vietnamese Academy of Science and Technology, August 2007.
- Aarhus-0706: Algebraic Knot Theory, Århus University, June 2007.
- Kyoto-0705: The Virtues of Being an Isomorphism, RIMS, Kyoto May 2007.
- UofT-GS-070308: A Homological Construction of the Exponential Function, Graduate Student Seminar, University of Toronto, January 2005.
- Utah-0506: Local Khovanov Homology - Computations and Mutations,
Snowbird, Utah, June 2005
- UIUC-050311: I don't understand Khovanov-Rozansky homology, University
of Illinois at Urbana-Champaign, March 2005.
- GWU-050213: I've Computed Kh(T(9,5)) and I'm Happy, George Washington
University, February 2005.
- UofT-GS-050113: Gödel's Incompleteness Theorem, Graduate Student
Seminar, University of Toronto, January 2005.
- UWO-040213: Probability: Fact, Fiction and Quantum and Khovanov
Homology for Knots and Links, University of Western Ontario,
- UofT-040205: "Not Knot" and "Outside In", University of Toronto,
- BIRS-0311: Introduction to Perturbative Chern-Simons Theory and
Introduction to Khovanov Homology, BIRS, Banff, November 2003.
- Wayne-031103: The Unreasonable Affinity of Knot Theory and the Algebraic
Sciences, Wayne State University, November 2003.
- Davis-010813: Algebraic Structures on Spaces of Knots, University of
California at Davis, August 2001.
- HUJI-010118: ,
The Hebrew University, January 2001.
- Fields-010111: Knot Invariants, Associators and a Strange Breed of Planar
Algebras, The Fields Institute, January 2001.
- MSRI-001206: Finite type invariants and a strange breed of planar
algebras, MSRI December 2000.
- HUJI-001116: Knotted Trivalent Graphs, Tetrahedra and Associators,
The Hebrew University, Novenber 2000.
- UCB-000215: Embedded Trivalent Graphs and an Infant Conjecture,
Berkeley, February 2000.
- UMD-991029: On Links, Functions, Integrals and 3-Manifold Invariants,
University of Maryland, October 1999.
- JHU-991027: The Harish-Chandra-Duflo Isomorphism is as Easy as 1+1=2,
Johns Hopkins University, October 1999.
- Srni-9901: From Astrology to Topology via Feynman Diagrams and Lie
Algebras, Srni, January 1999.
Talks Since November 1998:
(165 listed, 51 highlighted).
On first inspection, in their jars, or aquariums, or ouroboriums,
they appear to be simply domesticated serpents, writhing as they do
suspended in the ether. But of course, there's more to mythological
creatures, even domesticated varieties, than meets the eye. Know this
about the ouroborus: when one chooses to bite its own tail - a choice
which sooner or later every one of its kind is destined to make - it
cannot release it. It will spend the rest of its existence as a
never-ending loop. It might twist and writhe and flatten and flex,
but it is forever hooped.
ouroborus in a jar on the shelf, from the Planetarium.