There are infinitely many Carmichael numbers (1982)

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by W. R. Alford , Andrew Granville , Carl Pomerance
Venue:ANN. OF MATH
Citations:71 - 6 self

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2 Building Pseudoprimes With A Large Number Of Prime Factors – D. Guillaume, F. Morain - 1995
J. Aust. Math. Soc. 94 (2013), 268–275 doi:10.1017/S1446788712000547 CARMICHAEL NUMBERS IN ARITHMETIC PROGRESSIONS – Kaisa Matomäki, Communicated I. E. Shparlinski - 2013
16 Zero-sum sets of prescribed size – Noga Alon, Moshe Dubiner - 1993
6 On three zero-sum Ramsey-type problems – Noga Alon, Yair Caro
An Application of Graph Pebbling . . . – Shawn Elledge, Glenn H. Hurlbert - 2008
and – Shawn Elledge, Glenn H. Hurlbert - 2004
2 Recent progress in graph pebbling – Glenn Hurlbert
21 Smooth numbers: computational number theory and beyond – Andrew Granville - 2008
21 Fast Generation of Prime Numbers and Secure Public-Key Cryptographic Parameters – Ueli M. Maurer - 1995
Compositions with the Euler and Carmichael Functions – W. D. Banks, F. Luca, F. Saidak, P. Stănică
1 A Numerical Bound For Baker's Constant - Some Explicit Estimates For Small Prime Solutions Of Linear Equations – Kwok-kwong Stephen Choi
9 Integers represented as a sum of primes and powers of two – D. R. Heath-brown, J. -c. Puchta
ABSOLUTE QUADRATIC PSEUDOPRIMES – Richard G. E. Pinch
Breaking a Cryptographic Protocol with – Daniel Bleichenbacher
18 The Carmichael Numbers up to 10^15 – R.G.E. Pinch - 1992
Pseudoprimes: A Survey Of Recent Results – François Morain - 1992
3 A UNIFIED THEORY OF ZERO-SUM PROBLEMS, SUBSET SUMS AND COVERS OF Z – Zhi-wei Sun - 2004
6 The iterated Carmichael λ function and the number of cycles of the power generator – Greg Martin, Carl Pomerance - 2005
1 ON ZERO-SUM SEQUENCES IN Z/nZ ⊕ Z/nZ – Weidong Gao, Alfred Geroldinger