Clifton Cunningham
Positions
Associate Dean (Students)
Faculty of Graduate Studies
Contact information
Background
Educational Background
PhD Mathematics, University of Toronto, 1997
MSc Mathematics, University of Toronto, 1992
Biography
Research
Areas of Research
Awards
- Status Appointment, University of Toronto. 2015
- Institut des Hautes Etudes Scientifiques visiteur, 2005
- Newton Institute visitor, 2005
- University Faculty Research Award, University of Calgary, 2001
- Junior Fellow, Trinity College Toronto, 1996
- Daniel D. DeLury Teaching Award, University of Toronto, 1995
More Information
Publications
Book
- Cunningham, Clifton and Nevins, Monica. Ottawa Lectures on Admissible Representations of p-adic Groups Fields Institute Monograph Series, 2009. 207 pages. Print.
Books and monographs - peer reviewed
- Cunningham, Clifton, Moussaoui, Ahmed, Mracek, James, Fiori, Andrew and Xu, Bin. Arthur packets for p-adic groups by way of microlocal vanishing cycles of perverse sheaves, with examples. Memoirs of the American Mathematical Society, 2021. Print.
Conference proceedings
- Aubert, A. and Cunningham, Clifton. An introduction to sheaves on adic spaces for {$p$}-adic group representation theory 46. 2002.
- Cunningham, Clifton. Characters of depth-zero supercuspidal representations 1999.
Journal articles - peer reviewed
- Cunningham, Clifton and Roe, David. "From the function-sheaf dictionary to quasicharacters of p-adic tori". Journal of the Institute of Mathematics of Jussieu 17.1 (2018): 1--37. Print.
- Cunningham, Clifton and Achter, Jeffrey. "A note on L-packets and abelian varieties over local fields". Pacific Journal of Mathematics 273.2 (2015): 395--412. Print.
- Cunningham, Clifton and Kamgarpour, Masoud. "Geometrization of continuous characters of $\mathbb{Z}_p^\times$". Pacific Journal of Mathematics 261.1 (2013): 95-99. Print.
- Cunningham, Clifton, Gordon, Julia and Spice, Loren. "On the computability of some positive-depth characters near the identity". Representation Theory 15. (2011): 531--567. Print.
- Cunningham, Clifton and Achar, Pramod. "Toward a Mackey formula for compact restriction of character sheaves". Contemporary Mathematics 543. (2010): 1--18. Print.
- Cunningham, Clifton and Dembélé, Lassina. "Computation of genus 2 Hilbert-Siegel modular forms over Q(sqrt{5}) via the Jacquet-Langlands Correspondence". Experimental Mathematics 18.3 (2009): 337--345. Print.
- Cunningham, Clifton and Gordon, Julia. "Motivic proof of a character formula for SL(2)". Experimental Mathematics 18.1 (2009): 11--44. Print.
- Cunningham, Clifton. "Report from the Ambassador to Cida-2". College Mathematics Journal 39.5 (2008): 337--345. Print.
- Cunningham, Clifton and Hales, Thomas. "Good Orbital Integrals". Representation Theory 8. (2004): 414--457. Print.
- Cunningham, Clifton and Achter, Jeffrey. "Isogeny classes of Hilbert-Blumenthal abelian varieties over finite fields". Journal of Number Theory 92.2 (2002): 272--303. Print.
- Cunningham, Clifton. "Characters of depth-zero, supercuspidal representations of the rank-2 symplectic group". Canadian Journal of Mathematics 52.2 (2000): 306--331. Print.
PhD thesis
- Cunningham, Clifton. From perverse sheaves to Shalika germs: the characters of depth-zero supercuspidal representations of Sp(4) 1997.
Preprint
- Cunningham, Clifton and Roe, David. "Commutative character sheaves and geometric types for supercuspidal representations". Arxiv, (2017). Print.
- Cunningham, Clifton and Dembélé, Lassina. "Lifts of Hilbert modular forms and application to a Conjecture of Gross". Arxiv, (2017). Print.
Technical papers / research reports
- Cunningham, Clifton, Achar, Pramod, Kamgarpour, Massoud, Roe, David and Salmasian, Hadi. Geometrization of Smooth Characters (Banff International Research Station, Research in Pairs) 2011.
- Cunningham, Clifton and Achar, Pramod. Geometrization of Smooth Characters (Mathematisches Forschungsinstitut Oberwolfach) 2011.
- Cunningham, Clifton, Moeglin, Colette and Vinayak, Vatsal. L-packets (Banff International Research Station, 5-day workshop) 2011.
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