publications | teaching | contact info | links

I am an RTG instructor in the geometry/topology group. I earned my PhD at upenn under the supervision of Jonathan Block. My mathematical interests are in Lie algebroids, complex geometry, Dirac operators, and symplectic geometry/quantization.

My cv can be found here: [cv.pdf].

### Publications and preprints

Korman, E., *A hyperholomorphic line bundle on certain hyperkahler manifolds not admitting an S^1 symmetry.* [arXiv:1507.05951][poster]

Korman, E.,*Characteristic classes of Higgs bundles and Reznikov's theorem.* [springerlink][arXiv:1404.1342]

Korman, E.,*Symplectic Dolbeault Operators on KΓ€hler Manifolds.*

To appear in Annals of Global Analysis and Geometry. [springerlink] [arXiv:1210.0248]

Korman, E. and Sparling, G.,*Bilinear Forms and Fierz Identities for Real Spin Representations,*

Advances in Applied Clifford Algebras June 2012, Volume 22, Issue 2, pp. 329-363. [springerlink] [arXiv:0901.0580]

My thesis was on Lie algebroids, transversely holomorphic foliations, and generalized Higgs bundles.

For the ambitious: [my dissertation].

For the less ambitious: [my defense slides].

For the lazy: [word cloud of my thesis].### Teaching

Math club talk on interactions between geometry, topology, and analysis: [slides].

VIEWS from β: [VIEWS.pdf].

Fall 2016: [m392c (spin geometry)].

Fall 2015: m341. [canvas], [piazza].

Spring 2015: m340l-cs.

Fall 2014: [m361].

### Contact information

E-mail: ekorman@math.utexas.edu

Office: RLM 11.166

Office hours: Tuesdays 1:30pm-2:30pm, Thursdays 12:30pm-1:30pm.### Links

Some websites I find interesting:

πππππ

[n-cat cafΓ©]

[not even wrong]

[noncommutative geometry blog]

My cv can be found here: [cv.pdf].

Korman, E.,

Korman, E.,

To appear in Annals of Global Analysis and Geometry. [springerlink] [arXiv:1210.0248]

Korman, E. and Sparling, G.,

Advances in Applied Clifford Algebras June 2012, Volume 22, Issue 2, pp. 329-363. [springerlink] [arXiv:0901.0580]

My thesis was on Lie algebroids, transversely holomorphic foliations, and generalized Higgs bundles.

For the ambitious: [my dissertation].

For the less ambitious: [my defense slides].

For the lazy: [word cloud of my thesis].

VIEWS from β: [VIEWS.pdf].

Fall 2016: [m392c (spin geometry)].

Fall 2015: m341. [canvas], [piazza].

Spring 2015: m340l-cs.

Fall 2014: [m361].

Office: RLM 11.166

Office hours: Tuesdays 1:30pm-2:30pm, Thursdays 12:30pm-1:30pm.

πππππ

[n-cat cafΓ©]

[not even wrong]

[noncommutative geometry blog]