Srinjoy Ganguly works as a quantum AI research scientist at Fractal Analytics. He has 4+ years of experience in quantum computing, and is an IBM Qiskit advocate and educator. He also teaches quantum computing at Woxsen University as a visiting professor. His research interests include QNLP, category theory with compositionality, variational quantum algorithms and their applications, and machine learning. Thomas Cambier is a French programmer and software developer. After studying top-level mathematics, physics, and computer science at Ecole Polytechnique, France's leading engineering school, he obtained a Master's degree in computer science at ETH Zürich on a broad range of subjects going from algorithmics and cryptography to object-oriented programming. Deeply interested in the promising possibilities resulting from quantum computing, he wrote his Master's thesis on the design of quantum algorithms with Silq, a brand-new high-level quantum language created by a research group at ETH Zürich.

• Table of ContentsEssential Mathematics and Algorithmic ThinkingQuantum Bits, the Quantum Measurements, and Quantum Logic GatesMultiple Quantum Bits, Entanglement, and Quantum CircuitsPhysical Realization of a Quantum ComputerChallenges in Quantum Computer ProgrammingSilq Programming Basics and FeaturesProgramming Multiple Qubit Quantum Circuits with SilqQuantum Algorithms I - Deutsch-Jozsa and Bernstein-VaziraniQuantum Algorithms II - GroverQuantum Algorithms III: Quantum Fourier Transform and Phase EstimationQuantum Error Correction Quantum Cryptography: Quantum Key Distribution (QKD)Quantum Machine Learning

Srinjoy Ganguly works as a quantum AI research scientist at Fractal Analytics. He has 4+ years of experience in quantum computing, and is an IBM Qiskit advocate and educator. He also teaches quantum computing at Woxsen University as a visiting professor. His research interests include QNLP, category theory with compositionality, variational quantum algorithms and their applications, and machine learning. Thomas Cambier is a French programmer and software developer. After studying top-level mathematics, physics, and computer science at Ecole Polytechnique, France's leading engineering school, he obtained a Master's degree in computer science at ETH Zürich on a broad range of subjects going from algorithmics and cryptography to object-oriented programming. Deeply interested in the promising possibilities resulting from quantum computing, he wrote his Master's thesis on the design of quantum algorithms with Silq, a brand-new high-level quantum language created by a research group at ETH Zürich.

• Table of ContentsEssential Mathematics and Algorithmic ThinkingQuantum Bits, the Quantum Measurements, and Quantum Logic GatesMultiple Quantum Bits, Entanglement, and Quantum CircuitsPhysical Realization of a Quantum ComputerChallenges in Quantum Computer ProgrammingSilq Programming Basics and FeaturesProgramming Multiple Qubit Quantum Circuits with SilqQuantum Algorithms I - Deutsch-Jozsa and Bernstein-VaziraniQuantum Algorithms II - GroverQuantum Algorithms III: Quantum Fourier Transform and Phase EstimationQuantum Error Correction Quantum Cryptography: Quantum Key Distribution (QKD)Quantum Machine Learning

Srinjoy Ganguly works as a quantum AI research scientist at Fractal Analytics. He has 4+ years of experience in quantum computing, and is an IBM Qiskit advocate and educator. He also teaches quantum computing at Woxsen University as a visiting professor. His research interests include QNLP, category theory with compositionality, variational quantum algorithms and their applications, and machine learning. Thomas Cambier is a French programmer and software developer. After studying top-level mathematics, physics, and computer science at Ecole Polytechnique, France's leading engineering school, he obtained a Master's degree in computer science at ETH Zürich on a broad range of subjects going from algorithmics and cryptography to object-oriented programming. Deeply interested in the promising possibilities resulting from quantum computing, he wrote his Master's thesis on the design of quantum algorithms with Silq, a brand-new high-level quantum language created by a research group at ETH Zürich.

• Table of ContentsEssential Mathematics and Algorithmic ThinkingQuantum Bits, the Quantum Measurements, and Quantum Logic GatesMultiple Quantum Bits, Entanglement, and Quantum CircuitsPhysical Realization of a Quantum ComputerChallenges in Quantum Computer ProgrammingSilq Programming Basics and FeaturesProgramming Multiple Qubit Quantum Circuits with SilqQuantum Algorithms I - Deutsch-Jozsa and Bernstein-VaziraniQuantum Algorithms II - GroverQuantum Algorithms III: Quantum Fourier Transform and Phase EstimationQuantum Error Correction Quantum Cryptography: Quantum Key Distribution (QKD)Quantum Machine Learning