bio | website | blog.mikael.johanssons.org |
---|---|---|
location | Stanford | |
age | 33 | |
visits | member for | 4 years, 9 months |
seen | Jun 13 at 13:35 | |
stats | profile views | 1,546 |
Postdoctoral researcher in applied and computational algebraic topology at Stanford.
PhD thesis research was on the computation of $A_\infty$ algebra structures in group cohomology.
Jul 2 |
awarded | Curious |
Jun 13 |
awarded | Nice Answer |
Apr 15 |
comment |
Bounded convolutions with binomial coefficients
No, this is unrelated to the tie-knot thing; it's for a complexity analysis of an algorithm. |
Feb 25 |
awarded | Nice Answer |
Feb 13 |
answered | Bounded convolutions with binomial coefficients |
Feb 13 |
asked | Bounded convolutions with binomial coefficients |
Nov 28 |
awarded | Nice Answer |
Nov 5 |
comment |
Intuitionistic algebraic topology?
The context I'm working on is, to be more exact, what happens if I do topology internal to a particular topos of sheaves. |
Nov 4 |
asked | Intuitionistic algebraic topology? |
Oct 9 |
awarded | Yearling |
Oct 4 |
awarded | Caucus |
Jun 25 |
awarded | Citizen Patrol |
Jan 10 |
answered | Question about getting Review services |
Dec 27 |
answered | Why is a ring called a “ring”? |
Dec 5 |
answered | Persistent homology of Gaussian Fields in Euclidean space |
Nov 25 |
comment |
From complexity to topology after a CS PhD
In particular, by stepping stone I mean to look for computational topologists who are interested in more complexity knowhow in their own workgroups, and use your participation in a postdoc in such a group as a way to bootstrap yourself into computational topology. After 2-3 years you'll be prolific in your new field instead. It is a gamble, but it is far from impossible. |
Nov 25 |
comment |
From complexity to topology after a CS PhD
I shifted after my PhD: from computational homological algebra to computational and applied algebraic topology. It took several years, and I have yet to see if my career eventually benefitted from it, but if anything I'd recommend trying to get contacts now to help you through, and to make your postdoc time a stepping stone for the shift. |
Nov 12 |
comment |
A generalization of a group isomorphism.
Does $a=h\text{coker}(k)$ even exist? It seems to me that $\text{coker}(k)$ should be a subobject of $G$, while $h$ takes input from $H$. |
Oct 9 |
awarded | Yearling |
Sep 25 |
answered | Noncommutative computational package |