- Elliptic curves, random
matrices and orbital integrals (with Jeff Achter and with
an appendix by S. Ali Altug )
(2015).

Pacific J. Math., to appear. - The canonical measure on a
reductive p-adic group is motivic (with David Roe ) (2015).

To appear in Ann. Sci. Ec. Norm. Sup.

This is a companion paper to this one , removing an unnecessary technical difficulty about motivic-ness of Haar measure on general reductive groups. - Endoscopic transfer of
orbital intgerals in large residual characteristic
(with
T.C. Hales ).

Amer. J. Math. Volume 138, Number 1, February 2016 pp. 109-148 - Shalika germs for sl(n) and sp(2n) are motivic (with Lance Robson and
Sharon Frechette ).

In the proccedings of WIN-Europe, 2013 . - Transfer principles for bounds of motivic exponential functions
(with
R. Cluckers and
I. Halupczok ).

In the proceedings of Simons symposium on Families of Automorphic forms and the Trace Formula (2014) . - Motivic functions,
integrability, and uniform in p bounds for orbital integrals
(with
R. Cluckers and
I. Halupczok ).

Electronic Math. Research Announcements in Math. Sciences, volume 21, pp. 137-152, 2014. published version .

This is an announcement (and summary of all the results) of the three papers below, and related work. - Appendix B to Sato-Tate
theorem for families and low-lying zeros of automorphic L-functions
by Sug Woo Shin and Nicolas
Templier.
(with
R. Cluckers and
I. Halupczok ).
Published version in Invent. Math.

In the appendix, we prove a uniform in p bound for normalized orbital integrals. -
Local integrability
results
in harmonic analysis on reductive groups in large positive characteristic.
(with
R. Cluckers and
I. Halupczok ).

Ann. Sci. Ec. Norm. Sup., Volume 47, No. 6 (2014), 1163-1195. -
Integrability of oscillatory functions on local fields: transfer principles.
(with
R. Cluckers and
I. Halupczok ).

Duke Math J., vol.163 No. 8, pp. 1549-1600, (2014). - Transfer to
characteristic zero -- appendix to
"The fundamental lemma of
Jacquet-Rallis in positive characteristics" by Zhiwei Yun.

Duke Math J. 156 No. 2 (2011), 220-227. - On the computability
of some positive-depth characters near the identity (with R.
Cluckers ,
C. Cunningham , and
L. Spice ).

Represent. Theory 15 (2011), 531-567. - An overview of arithmetic
motivic integration. (with Y. Yaffe)

in "Ottawa Lectures on p-adic Groups", C. Cunnigham and M. Nevins, Eds., Fields Institute Monograph Series, 2009. -
Motivic proof of a character formula for SL(2) (with
Clifton Cunningham ).

Experiment. Math. 18 No.1 (2009), pp.11-44. -
Motivic Haar Measure
on Reductive Groups .

Canadian J. Math. 58 (2006), No. 1, 93--114. - Motivic nature of
character values of depth-zero representations.

IMRN 2004, no. 34, 1735 - 1760. -
Virtual Transfer
Factors ,
(with
T.C. Hales ).

Represent. Theory 7 (2003), 81--100 (electronic). -
Common hypercyclic
vector for the multiples of backward shift
, (with E.V. Abakumov).

J. Funct. Anal. 200 (2003), no. 2, 494--504. -
Composition operators on the space of Dirichlet series
with square summable coefficients, (with
Haakan Hedenmalm ).

Michigan Math. Journal, 46 (1999), no. 2, 313--329.

- T.C. Hales, Can p-adic integrals be computed? (this is a good place to start).
- R. Cluckers, T. Hales, and F. Loeser, Transfer Principle for the Fundamental Lemma .
- T.C. Hales, Orbital integrals are motivic.
- C. Cunningham and T.C. Hales, Good orbital integrals .
- J. Diwadkar Nilpotent conjugacy classes in p-adic Lie algebras and definability in Pas' language .

- Motivic Poisson summation by E. Hrushovski and D. Kazhdan.
- The value ring of geometric motivic integration and the Iwahori Hecke algebra of SL_2. by E. Hrushovski and D. Kazhdan.
- Fourier transform of the additive group in algebraically closed valued fields by Yimu Yin.

- 2004 complete motivic Integration bibiography , at Manuel Blickle's old page.
- Other materials at Manuel Blickle's page.
- Wim Veys
- "What is Motivic Measure?" By T.C. Hales
- More resources can be found at an old page for the seminar on motivic integration we had in 2011 at UBC.

- David Ben-Zvi's Geometric Langlands page.
- Bill Casselman.
- Paul Garrett.
- Fiona Murnaghan.
- A course on representation theory (D. Barbasch)
- Collected works of Robert Langlands.