Logo

Notes on Fermionic Fock Space for Number Theorists

Small book cover: Notes on Fermionic Fock Space for Number Theorists

Notes on Fermionic Fock Space for Number Theorists
by

Publisher: The University of Arizona
Number of pages: 99

Description:
This is a compilation of exercises, worked examples and key references (along with provocative remarks) that the author compiled in order to help readers learn their way around fermionic Fock space. The notebook is suitable for use by second year graduate students with an interest in number theory.

Home page url

Download or read it online for free here:
Download link
(multiple formats)

Similar books

Book cover: Essays on the Theory of NumbersEssays on the Theory of Numbers
by - The Open Court Publishing
This is a book combining two essays: 'Continuity and irrational numbers' - Dedekind's way of defining the real numbers from rational numbers; and 'The nature and meaning of numbers' where Dedekind offers a precise explication of the natural numbers.
(8156 views)
Book cover: Geometric Theorems and Arithmetic FunctionsGeometric Theorems and Arithmetic Functions
by - American Research Press
Contents: on Smarandache's Podaire theorem, Diophantine equation, the least common multiple of the first positive integers, limits related to prime numbers, a generalized bisector theorem, values of arithmetical functions and factorials, and more.
(12063 views)
Book cover: Algorithms for Modular Elliptic CurvesAlgorithms for Modular Elliptic Curves
by - Cambridge University Press
The author describes the construction of modular elliptic curves giving an algorithm for their computation. Then algorithms for the arithmetic of elliptic curves are presented. Finally, the results of the implementations of the algorithms are given.
(10610 views)
Book cover: Arithmetic Duality TheoremsArithmetic Duality Theorems
by - BookSurge Publishing
This book, intended for research mathematicians, proves the duality theorems that have come to play an increasingly important role in number theory and arithmetic geometry, for example, in the proof of Fermat's Last Theorem.
(10837 views)