Jason DeBlois
Office: Thackeray 407
Email: my first initial then my last name,
at "pitt.edu"
Extension: 4-0198
Preprints
Refereed Research Papers
- Dehn surgery and hyperbolic knot complements without hidden symmetries
(with Eric Chesebro, Neil Hoffman,
   
Christian Millichap, Priyadip Mondal, and Will Worden).
International Math Research Notices (2023),
no. 6,
    5293--5351.
arxiv:2009.14765
- Generic hyperbolic knot complements without hidden symmetries
(with Eric Chesebro and Priyadip Mondal).
   
To appear, Communications in Analysis and Geometry.
arXiv:1910.047212
- The maximal injectivity radius of hyperbolic surfaces with
geodesic boundary (with Kim Romanelli).
   
Geometriae Dedicata 210 (2021), 103--129.
arXiv:1808.05573
- Effective virtual and residual properties of some arithmetic
hyperbolic 3-manifolds (with
Nicholas Miller
and
   
Priyam Patel).
Transactions of the American Mathematical Society 373
(2020), no. 11, 8219--8257.
   
arXiv:1806.02360
- Bounds for several-disk packings of hyperbolic surfaces.
arXiv:1701.07770
    Journal of Topology and Analysis 12
(2020), no. 1, 131--167.
- Incompressible solvable representations of surface groups (with
Daniel Gomez).
arXiv:1704.01007
    Topology and its Applications 229 (2017),
200--212.
- The local maxima of maximal injectivity radius among hyperbolic
surfaces.
arXiv:1506.08080
    Indiana University Mathematics Journal
66 (2017), no. 4, 1173--1187.
- Bounding the area of a centered dual two-cell below, given lower
bounds on its side lengths.
arXiv:1506.07978
    New York Journal of Mathematics 23 (2017),
315--349.
- Hidden symmetries via hidden extensions (with
Eric Chesebro).
arXiv:1501.00726
    Proceedings of the American Mathematical Society
145 (2017), no. 8, 3629--3644.
- The Delaunay tessellation in hyperbolic space. arXiv:1103.4604
    Mathematical Proceedings of the Cambridge Philosophical
Society 164 (2018), no. 1, 15--46.
- The geometry of cyclic hyperbolic polygons.
arXiv:1101.4971
    Rocky Mountain Journal of Mathematics
46 (2016), no. 3, 801--862.
- Explicit rank bounds for cyclic covers.
arXiv:1310.7823
    Algebraic and Geometric Topology
16 (2016), no. 3, 1343--1372.
- The centered dual and the maximal injectivity radius of hyperbolic
surfaces.
arXiv:1308.5919
   
Geometry and Topology 19:2 (2015), 953--1015.
- Rank gradients of infinite cyclic covers of 3-manifolds (with
Stefan Friedl and
Stefano Vidussi).
arXiv:1212.4192
    Michigan Mathematical Journal
63 (2014), no. 1, 65--81.
- Algebraic invariants, mutation,
and commensurability of link complements (with
Eric Chesebro).
arXiv:1202.0765
    Pacific Journal of Mathematics
267 (2014), No. 2, 341--398.
- Some virtually special hyperbolic 3-manifold
groups (with Chesebro
and Henry Wilton).
   
Commentarii Mathematici Helvetici 87 (2012), no. 3,
727--787.
- Cross curvature flow on a negatively
curved solid torus
(with Dan Knopf and
Andrea Young).
    Algebraic and Geometric Topology 10
(2010), no. 1, 343--372.
- On the doubled tetrus.
Geometriae Dedicata 144 (2010), 1--23.
- Volume and topology of bounded and closed
hyperbolic 3-manifolds
(with Peter Shalen).
   
Communications in Analysis and Geometry 17 (2009),
no. 5, 797--850.
- Incompressible surfaces, hyperbolic volume,
Heegaard genus, and homology
(with Marc Culler
and P. Shalen).
   
Comm. Anal. Geom. 17 (2009), no. 2, 155--185.
- Totally geodesic surfaces and
homology. Algebr. Geom. Topol. 6 (2006), 1413--1428.
- Surface groups are frequently
faithful.
(with Autumn Kent)
Duke Mathematical Journal 131 (2006), no. 2, 351--362.
Non-refereed
Tessellations of hyperbolic surfaces.
arXiv:1103.4604
Rank gradient and the JSJ decomposition, Proceedings of the 26th
annual Workshop in Geometric Topology.
Totally geodesic surfaces in hyperbolic
3-manifolds. My U.T. thesis. (My advisor:
Alan Reid)
Topics in Topology (Fall 2019)
Matrices and Linear Operators 1/2
(Fall 2018 /
Spring 2019)
Topology 2 (Spring 2018,
Spring 2016,
Spring 2012)
Advanced Calculus 1/2
(Fall 2016 /
Spring 2017)
Differential Geometry 1/2 (Fall 2014 /
Spring 2015)
GTP@Pitt, May 14-15 2014.
Chern-Simons theory: geometry, topology
and physics, May 4-6 2013.
Department home.
Pitt home.