Università Roma Tre

CONGRUENCES AND POLYNOMIALS. LINEAR DIOPHANTINE EQUATIONS. SYSTEMS OF LINEAR CONGRUENCES. POLYNOMIAL CONGRUENCES. POLYNOMIAL CONGRUENCES MOD p: LAGRANGES’S THEOREM. p-ADIC APPROXIMATION. THE EXISTENCE OF PRIMITIVE ROOTS MOD p. QUADRATIC CONGRUENCES. QUADRATIC RESIDUES. THE LEGENDRE SYMBOL. GAUSS’S LEMMA AND THE LAW OF QUADRATIC RECIPROCITY.THE JACOBI SYMBOL. SUMS OF TWO, THREE, FOUR SQUARES. MULTIPLICATIVE FUNCTIONS. THE MÖBIUS INVERSION FORMULA. SOME NONLINEAR DIOPHANTINE EQUATIONS. CONTINUED FRACTIONS.

M. FONTANA, APPUNTIDEL CORSO TN1 (ARGOMENTI DELLA TEORIA CLASSICA DEI NUMERI), HTTP://WWW.MAT.UNIROMA3.IT/USERS/FONTANA/DIDATTICA/FONTANA_DIDATTICA.HTML DISPENSE.
D.M. BURTON: ELEMENTARY NUMBER THEORY, MCGRAW-HILLINTERNATIONAL EDITION, 6TH EDITION (2007), 434 PP.
G.A. JONES AND J.M. JONES, ELEMENTARY NUMBER THEORY, SPRINGER, 1ST EDITION (1998), 200 PP.
H. DAVENPORT, ARITMETICA SUPERIORE.UN?INTRODUZIONE ALLA TEORIA DEI NUMERI, ZANICHELLI, (1994), 199 PP.
G.H. HARDY AND E.M. WRIGHT, AN INTRODUCTION TO THE THEORY OH NUMBERS, THE CLARENDON PRESS, OXFORD UNIVERSITY, 5TH EDITION (1979), XVI+426 PP.
W.J. LEVEQUE, FUNDAMENTALS OF NUMBER THEORY, DOVER PUBLICATIONS, (1996)
K.H. ROSEN. ELEMENTARY NUMBER THEORY AND ITS APPLICATIONS, ADDISON-WESLEY, 6TH EDITION (2011), XV+752 PP.