**Janna Lierl**

### Contact

Office: 425 MONT

Email: janna.lierl 'at' uconn.edu (put course number in subject
line if you are a student)

* Department of Mathematics *

341 Mansfield Road

Storrs, CT, 06269.

### Selected publications and preprints

- J. Lierl, K.-T. Sturm:
*Neumann heat flow and gradient
flow for the entropy on non-convex domains, submitted*
- J. Lierl:
* The Dirichlet heat kernel in inner uniform
domains in fractal-type spaces*, 22 pages, submitted
- J. Lierl:
*Parabolic Harnack inequality on fractal-type
metric measure Dirichlet spaces*, accepted
- J. Lierl:
* Scale-invariant boundary Harnack principle on
inner uniform domains in fractal-type spaces*, Potential
Analysis 43 (2015), no. 4, 717–747.

Original version of this paper
(submitted June 2015)

### Short CV

J.J.Uhl Research Assistant Professor, **UIUC**, 2014-2016

Hausdorff Postdoc, **Bonn**, 2012 - 2014

**PhD 2012, Cornell**

thesis work (joint work with L. Saloff-Coste):

arXiv: 1110.2763
(Osaka J. Math, 51 (2014), pp. 619–657)

arXiv.1210.4586 (J. Funct.
Anal. 266 (2014), no. 7, 4189–4235)

arXiv:1205.6493, submitted

**Diplom (M.Sc. equivalent), Kaiserslautern, Germany **

thesis work (joint work with F. Conrad, M. Grothaus, O. Wittich):

*Convergence of Brownian motion with a scaled Dirac delta
potential*, Proc. Edinb. Math. Soc. (2) 55 (2012), no. 2,
403–427)

### Service

At UIUC, I co-organized the Probability Seminar in Spring 2015, Fall
2015, and Spring 2016.

At University of Bonn, I co-organized the workshop "Young Women in
Probability 2014".
### Teaching

Spring 2017: Math 5111 "Real Analysis", graduate course
Fall 2016: Math 3160 "Probability", honor's section
##### At UIUC:

Spring 2016: Math 285 "Introduction to Differential
Equations"
Fall 2015: Math 461 "Probability Theory"
Spring 2015: Math 285 "Introduction to Differential
Equations"
Fall 2014: Math 461 "Probability Theory"
##### At Cornell:

Fall 2011: Calculus II
Fall 2010: Calculus II
Fall 2009: TA for Probability I (graduate level).
Fall 2008: TA for Linear Algebra (200-level).