number theorist names:J

1. Jesse Jääsaari
2. Joaquín Rodrigues Jacinto
3. Terence Jackson
   • From Polynomials to Squares, T.H. Jackson, Institute of Physics Publishing 1995
   • From Number Theory to Secret Codes, T.H. Jackson, Adam Hilger 1987
   • Number Theory, T.H. Jackson, Library of Mathematics, Routlege and Kegan Paul, 1975
4. Michael Jacobson Jr.
   • Solving the Pell Equation, Michael Jacobson Jr., Hugh Williams, CMS Books in Mathematics, Springer 2009
     • Review by Hendrik Lenstra and Peter Stevenhagen
   • Subexponential Class Group Computation in Quadratic Orders, Doctoral Thesis, Michael Jacobson, TU Darmstadt 1999
   • Computational Techniques in Quadratic Fields, MSc, Michael Jacobson Jr., University of Manitoba 1995
5. Borka Jadrijević
6. Jörg Jahnel
   • Brauer Groups, Tamagawa Measures, and Rational Points on Algebraic Varieties, Jörg Jahnel, AMS Mathematical Surveys and Monographs 198, 2014
7. Anuj Jakhar
8. Graham Jameson
   • The Prime Number Theorem, G.J.O. Jameson, LMS Student Text, to appear 2002
9. Marie Jameson
10. Arijit Jana
11. Jonas Jankauskas
    • Heights of Polynomials, PhD thesis, Jonas Jankauskas, Vilnius University, 2012
12. Uwe Jannsen
13. Gerald Janusz
    • Algebraic Number Fields, Second Edition, G.J. Janusz, Graduate Studies in Mathematics 7, AMS 1995
14. Fabian Januszewski
15. Moshe Jarden
    • Abelian Varieties and Number Theory, Ed. Moshe Jarden, Tony Shaska, Contemporary Mathematics, Volume 767, AMS 2021
    • Field Arithmetic, Michael Fried, Moshe Jarden, revised edition, Ergebnisse Volume 11, Springer 2005
16. Olli Järviniemi
17. Frazer Jarvis
    • Algebraic Number Theory, Frazer Jarvis, Springer Undergraduate Mathematics Series XIII, 2014, MAA review
18. Jean-François Jaulent
19. Ariyan Javanpeykar
20. Tomasz Jędrzejak
21. Arnaud Jehanne
22. Paul Jenkins
23. Christopher Jennings-Shaffer
24. Rob de Jeu
25. Somnath Jha
26. Chungang Ji
27. Guanghua Ji
28. Chaohua Jia
    • Analytic Number Theory, Ed. Chaohua Jia, Kohji Matsumoto, Kluwer 2002
29. Jia Lirui
30. Xingde Jia
31. Dihua Jiang
32. Yunping Jiang
33. Naomi Jochnowitz
34. Christian Johansson
35. Fredrik Johansson
36. Jennifer M. Johnson
37. Jennifer Johnson-Leung
    • Women in Numbers Europe II, Editors: Irene Bouw, Ekin Özman, Jennifer Johnson-Leung, Rachel Newton, Springer 2018
38. R. Wells Johnson
39. Henri Johnston
40. Edna Jones
    • The Kloosterman circle method and weighted representation numbers of positive definite quadratic forms, PhD thesis, Edna Jones, Rutgers University 2022
41. James P. Jones
42. John Jones
    • LuCaNT: LMFDB, Computation, and Number Theory, Ed. John Cremona, John Jones, Jennifer Paulhus, Andrew V. Sutherland, John Voight, Contemporary Mathematics 796, AMS 2024
    • The L-Functions and Modular Forms Database, John E. Cremona, John W. Jones, Andrew V. Sutherland, and John Voight, AMS Notices October, 2021
    • Number fields of low degree : (John Jones, Arizona State University)
    • Arithmetic Geometry, J. Jones, N. Childress, Contemporary Mathematics 174, AMS 1994
43. Lenny Jones
44. Nathan Jones
45. Rafe Jones
46. Robin de Jong
    • Computational Aspects of Modular Forms and Galois Representations: How One Can Compute in Polynomial Time the Value of Ramanujan's Tau at a Prime, Ed. Bas Edixhoven & Jean-Marc Couveignes, with Robin de Jong, Franz Merkl & Johan Bosman
47. Bruce Jordan
48. Jay Jorgenson
    • Automorphic Forms and Related Topics, Ed. Samuele Anni, Jay Jorgenson, Lejla Smajlović, Lynne Walling, AMS Contemporary Mathematics, Volume 732, 2019
    • Posn(R) and Eisenstein Series, Serge Lang, Jay Jorgenson, Lecture Notes in Mathematics 1868, Springer 2005
49. Andrei Jorza
50. Kirti Joshi
51. Frédéric Jouhet
52. Florent Jouve
53. David Joyner
    • Distribution Theorems of L-functions, W.D. Joyner, Pitman Research Notes in Mathematics 142, 1986
54. Caroline Junkins
55. Hwanyup Jung
56. Ana Jurasić
57. Matti Jutila
    • Number Theory, Proceedings of the Turku Symposium in memory of Kustaa Inkeri, (Ed. M. Jutila, T. Metsänkylä), de Gruyter 2001
    • Lectures on a method in the theory of exponential sums, M. Jutila, Tata Institute of Fundamental Research, Lectures on Mathematics and Physics vol. 80, Bombay 1987
58. Abhishek Juyal

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Last modified 19th January 2026