with Enrico Bombieri and
Janos Pintz
Article
and AMS Review
|
Squares in arithmetic progressions
Duke Mathematical Journal, vol. 66 (1992) pages
165-204
|
with Henri Darmon
Article and AMS Review
|
On the equations zm=F(x,y) and Axp+Byq
=Czr
Bulletin on the London Mathematical Society, 27 (1995) pages 515-543
|
Article and
AMS Review
|
The set of exponents, for which Fermat's Last Theorem is true,
has density one
Comptes Rendus de l'Académie des Sciences du Canada,
vol 7 (1985) pages 55-60 |
Generalized Fermat equations
with Henri Darmon
Article and AMS Review
|
On the equations zm=F(x,y) and Axp+Byq
=Czr
Bulletin on the London Mathematical Society, 27 (1995) pages 515-543
|
Article and AMS Review
|
On the number of solutions to the
generalized Fermat equation
'Number Theory', Proceedings of
CNTA IV (K. Dilcher, ed.) CMS Conference Proceedings, 15 (1995) pages 197-207
|
Article and AMS Review
|
Finding integers k for which a given Diophantine Equation
has no solution in kth powers of integers
Acta Arithmetica, vol 60 (1992) pages 203-212
|
Class number of cyclotomic fields
with Ernest S. Croot III
Article
and
AMS Review
|
Unit fractions and the class number of a
cyclotomic field
Journal of the London Mathematical Society
, vol 66 (2002) pages 579-591
|
with Gilbert Fung and
Hugh C. Williams
Article
and AMS Review
|
Computation on the first factor of the class
number of cyclotomic fields
Journal of Number Theory, vol. 42 (1992) pages 297-312
|
Article and AMS Review
|
On the size of the first factor of the class number of a cyclotomic
field
Inventiones Mathematicae, vol 100 (1990) pages
321-338 |
abc-conjecture
with Pam Cutter and
Tom Tucker
Article
and
AMS Review
|
The number of fields generated by the square root of values of a given
polynomial
Canadian Mathematical Bulletin, vol 46 (2003) pages 71-79 |
with Tom Tucker
Article
and
AMS Review
|
It's as easy as abc
Notices of the American Mathematical Society, vol 49 (2002)
pages 1224-1231 |
Finite fields
with Brad Brock
Article
and
AMS Review
|
More points on curves over finite fields than expected
Finite Fields and their Applications, vol 7 (2001) pages
70-91 |
with Shuguang Li and
Sun Qi
Article
and AMS Review
|
On the number of solutions to the equation
a_1/x_1 + ... + a_n/x_n = 0 mod 1
Sichuan Daxue Xuebao, vol 32 (1995)
pages 243-248
|
Elliptic Curves
Article and AMS Review
|
The number of fugitive primes, appendix
to Rational torsion
of prime order in elliptic curves over number fields, a paper by
Sheldon Kamienny and
Barry Mazur
Astérisque, 228 (1995) pages 81-100 |
Fermat's Last Theorem
Article and AMS Review
|
The Kummer-Wieferich-Skula criteria for
the first case of Fermat's Last Theorem
Advances in Number Theory (ed. F. Q. Gouvea and N. Yui),
(New York: Oxford U. Press, 1993), pages 479-498 |
with Greg J. Fee
Article and AMS Review
|
The prime factors of Wendt's binomial circulant determinant
Mathematics of Computation, vol 57 (1991) pages
839-848
|
Article and AMS Review
|
Some conjectures related to Fermat's Last Theorem
Number Theory (ed. R.A. Mollin), (New York: de Gruyter, 1990),
pages 177-192 |
Article
and AMS Review
|
Some conjectures in Analytic Number Theory and their connection
with Fermat's Last Theorem
Analytic Number Theory (ed. B.C. Berndt, H.G. Diamond,
H. Halberstam, A. Hildebrand), (Boston: Birkhauser,1990), page 311-326
|
with Michael B. Monagan
Article and
AMS Review
|
The First Case of Fermat's Last Theorem is true for all prime
exponents up to 714,591,416,091,389
Transactions of the American Mathematical Society, vol
306 (1988) pages 329-359 |
with Barry J. Powell
Article and
AMS Review
|
On Sophie Germain type criteria for Fermat's Last Theorem
Acta Arithmetica, vol 50 (1988) pages 265-277
|
Article and
AMS Review
|
Sophie Germain's Theorem for prime pairs p, 6p+1
Journal of Number Theory , vol
27 (1987) pages 63-72 |
Article and
AMS Review
|
Powerful numbers and Fermat's Last Theorem
Comptes Rendus de l'Académie des Sciences du Canada,
vol 8 (1986) pages 215-218 |
Article and
AMS Review
|
On Krasner's criteria for the first case of Fermat's Last
Theorem
Manuscripta Mathematica, vol 56 (1986) pages
67-70 |
Article and
AMS Review
|
Refining the conditions on the Fermat quotient
Mathematical Proceedings of the Cambridge Philosophical Society,
vol 98 (1985) pages 5-8 |
Article and
AMS Review
|
The set of exponents, for which Fermat's Last Theorem is true,
has density one
Comptes Rendus de l'Académie des Sciences du Canada,
vol 7 (1985) pages 55-60 |
|