main.tex

\documentclass{report}

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\input{config/preamble}
\input{config/macros}
\input{config/letterfonts}

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\title{\Huge{COMP 458/558}\\Quantum Computing Algorithms}
\author{\huge{Micah Kepe}}
\date{}

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\makeindex[title=Appendix, intoc]

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\begin{document}

\maketitle
\newpage  % or `\cleardoublepage` if using two-sided layout

% Add a blank page after the title
\null\thispagestyle{empty}
\newpage

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% PREFACE
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\chapter*{Preface}
\input{front-matter/preface.tex}


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% TABLE OF CONTENTS
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\renewcommand*\contentsname{Table of Contents}
\pdfbookmark[section]{\contentsname}{toc}
\tableofcontents
\pagebreak

\clearpage
\pagenumbering{arabic}  % Switch back to Arabic numerals
\setcounter{page}{1}    % Reset page numbering


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% START OF CONTENT
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% PHASE I: INTRODUCTION
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\chapter{Phase I: Introduction and Background}

% ● Overview of quantum computing concepts and
% applications
% ● Historical background and current state of quantum
% computing
% ● Review of linear algebra concepts, notation, and
% vector spaces
\input{lectures/phase-i/lecture1.tex}
\input{lectures/phase-i/lecture2.tex}

%%%%

% ● Quantum state representation and quantum bits (qubits)
% ● Probability theory and its application to quantum systems
% ● Measurement and quantum state collapse
% ● Statistical analysis of quantum measurements
\input{lectures/phase-i/lecture3.tex}


%%%%

% ● Quantum gates and transformations
% ● Unitary matrices and their properties
% ● Quantum circuits, systems, and properties
% ● Multi-qubit systems
\input{lectures/phase-i/lecture4.tex}
\input{lectures/phase-i/lecture5.tex}
\input{lectures/phase-i/lecture6.tex}

%%%%

% ● Reversibility property and no-cloning theorem
\input{lectures/phase-i/lecture7.tex}


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% PHASE II: FUNDAMENTALS
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\chapter{Phase II: Fundamentals of Quantum Algorithms}

% ● Entanglement
% ● Bell-state and GHZ state generation circuits
% ● Basic quantum algorithms
% ● Quantum computing using Cirq
\input{lectures/phase-ii/lecture8.tex}

% ● Grover's search algorithm
\input{lectures/phase-ii/lecture9.tex}
\input{lectures/phase-ii/lecture10.tex}

% ● Introduction to variational quantum algorithms
% ● Training and optimization of variational algorithms
% LECTURES TBD

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% PHASE III: ADVANCED
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% \chapter{Phase III: Advanced Quantum Algorithms}
% LECTURES TBD


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% PHASE IV: SPECIAL TOPICS
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% \chapter{Phase IV: Special Topics in Quantum Computing}
% LECTURES TBD


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% PHASE V: CONCLUDING LECTURES
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% \chapter{Phase V: Concluding Lectures}
% LECTURES TBD


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% QUICK REFERENCE
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\chapter{Quantum Computing Quick Reference}
\input{supplementary/cheatsheet.tex}


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% Appendix
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\begin{appendices}\label{sec:Appendix}
  \printindex
\end{appendices}

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\end{document}