LECTURE NOTES AND E-BOOKS FOR SELF-STUDY
Digit Sum and Prime Numbers
Released OCT 2018
A Bisenary Number System
Released NOV 2013
Testing Primes To Nine Quadrillion
Released DEC 2011
Trial Division To Twelve Digits
Released DEC 2011
Discrete Structures in Five Chapters
8.99$, 198pp, JUL 2010
Strongly recommended for Discrete Structures Comp 104, Discrete Mathematics Eng 204, as well as a reference text for Set Theory Math 251 and Graph Theory Math 351. Printed by CreateSpace, the pdf softcopies of the five chapters remain available for free download.
Theory of Numbers
6.99$, 144pp, APR 2008
Recommended text for both Math 313 Number Theory and Math 472 Computational Number Theory. Published by BookSurge.
These works are licensed under a Creative Commons License.
141kb, 20pp, MAY 2019
Outline notes for Math 313, covering six chapters on divisibility, primes, congruences, exponentiation, primitive roots, and quadratic residues.
287kb, 27pp, MAY 2019
Revision notes from Math 351, now complete and supplemented with a hundred exercices.
The Quadratic Reciprocity Law
111kb, 12pp, JAN 2019
Additional notes for self-reading in Chapter 6 of Math 313, discussing four different proofs of the reciprocity law in details.
Factoring Composites Testing Primes
164kb, 26pp, NOV 2018
Lecture notes for the former Computational Number Theory course (Math 472), which has been discontinued. These might be of interest for Math 313 students or those doing independent studies on related topics.
From Groups to Galois
300kb, 54pp, JUN 2017
Required notes for the Abstract Algebra series of Math 342442, containing some extra sections on a sketchy introduction to Galois Theory for independent studies.
246kb, 37pp, MAY 2016
The original revision notes and problem sets for Discrete Structures (Math 104), updated and newly appended with additional homework sets.
Infinite Countable Sets
80kb, 7pp, JAN 2013
Extra lecture notes to supplement Homework Set #10 for the Set Theory course (Math 251), dealing with the total ordering of cardinal numbers.
Finite Abelian Groups
92kb, 10pp, MAY 2012
Supplementary lecture notes for Abstract Algebra 1 (Math 342), discussing the proof and applications of the fundamental theorem of finite abelian groups.
The Primitive Root Theorem
94kb, 9pp, APR 2012
Supplementary lecture notes for Number Theory (Math 313), providing the details of the proof of the primitive root theorem.
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This page belongs to the personal folder of Amin Witno and does not necessarily represent the philosophy and values of Philadelphia University or the Department of Basic Sciences in particular.