Download Brief Primer on the Fundaments of Quantum Computing pdf by Richard L Amoroso, From the table of contents: From concept to Conundrum; cornucopia of Quantum Logic Gates; Surmounting Uncertainty Supervening Decoherence; measurement With Certainty; New categories of Quantum Algorithms; References; and additional topics....Download the pdf from below to explore all topics and start learning.

BOOK CONTENTS-

PART 1 From Concept to Conundrum
1.1 Preamble – Bits, Qubits and Complex Space
1.2 Panoply of QC Architectures and Substrates – Limited Overview
1.3 Concept
1.4. Conundrum - Hypotheses non Fingo


PART 2 Cornucopia of Quantum Logic Gates
2.1 Fundamental Properties of Gate Operations
2.2 Unitary Operators as Quantum Gates
2.3 Some Fundamental Quantum Gates
2.5 Rotation Gate Quantum Multiplexer


PART 3 Surmounting Uncertainty Supervening Decoherence
3.1 Phenomenology Versus Ontology
3.2 The Turing Paradox and Quantum Zeno Effect
3.3 From the Perspective of Multiverse Cosmology
3.4 Micromagnetics LSXD Topological Charge Brane Conformation
3.5 Catastrophe Theory and the M-Theoretic Formalism
3.6 Protocol for Empirically Testing Unified Theoretic Cosmology
3.7 Introduction to a P1 Experimental Design
3.8 Conclusions


PART 4 Measurement With Certainty
4.1 Introduction – Summary of Purpose
4.2 The Principle of Superposition
4.3 Oscillatory Rabi NMR Resonance Cycles
4.4 The Problem of Decoherence
4.5 Insight into the Measurement Problem
4.6 New Physics from Anthropic Cosmology
4.7 The Basement of Reality - Through the Glass Ceiling
4.8 Empirical Tests of UFM Cosmology Summarized
4.9 Unified Field Mechanical (UFM) Précis - Required Parameters
4.10 Formalizing the Noeon, New Physical Unit Quantifying UFM Energy
4.11 Quarkonium Flag Manifold Topology
4.12 Singularities, Unitary Operators and Domains of Action
4.13 Measurement
4.14 The No-Cloning Theorem (NCT)
4.15 The Tight-Bound State Protocol
4.16 Indicia of the UFM Tight Bound State CQED Model
4.17 Building the UFM TBS Experimental Protocol
4.18 Issues of Experimental Design


PART 5 New Classes of Quantum Algorithms


5.1 Introduction - From al-Khwarizmi to Unified Field-Gorhythms
5.2 The Church-Turing Hypothesis
5.3 Algorithms Based on the Quantum Fourier Transform
5.4 Exponential Speedup by Quantum Information Processing
5.5 Classical Holographic Reduction Algorithms
5.6 Ontological-Phase UFM Holographic Algorithms
5.7 The Superimplicate Order and Instantaneous UQC Algorithms
5.8 Some Ontological-Phase Geometric Topology
5.9 Summation