Quantum Computing in Cryptography: Principles and Applications
( 24 Modules )

Module #1
Introduction to Quantum Computing
Overview of quantum computing, principles, and basics

Module #2
Classical Cryptography Review
Review of classical cryptography concepts, including encryption, decryption, and cryptographic primitives

Module #3
Quantum Computing Basics:Qubits, Superposition, and Entanglement
Introduction to qubits, superposition, entanglement, and other fundamental concepts in quantum computing

Module #4
Quantum Computing Basics:Quantum Gates and Circuits
Introduction to quantum gates, quantum circuits, and quantum algorithms

Module #5
Shors Algorithm:Introduction and Background
Introduction to Shors algorithm, its history, and its significance in cryptography

Module #6
Shors Algorithm:Mathematical Foundations
Mathematical foundations of Shors algorithm, including number theory and algebraic concepts

Module #7
Shors Algorithm:Quantum Implementation
Quantum implementation of Shors algorithm, including quantum circuits and algorithms

Module #8
Quantum Attacks on Classical Cryptography
Introduction to quantum attacks on classical cryptography, including quantum computers and cryptographic systems

Module #9
Quantum Key Distribution (QKD):Principles and Concepts
Introduction to quantum key distribution, including principles, concepts, and security proofs

Module #10
Quantum Key Distribution (QKD):Implementations and Applications
Implementation and applications of quantum key distribution, including commercial products and use cases

Module #11
Post-Quantum Cryptography:Introduction and Overview
Introduction to post-quantum cryptography, including its importance, challenges, and approaches

Module #12
Lattice-Based Cryptography:Introduction and Concepts
Introduction to lattice-based cryptography, including concepts, security proofs, and algorithms

Module #13
Code-Based Cryptography:Introduction and Concepts
Introduction to code-based cryptography, including concepts, security proofs, and algorithms

Module #14
Multivariate Cryptography:Introduction and Concepts
Introduction to multivariate cryptography, including concepts, security proofs, and algorithms

Module #15
Hash-Based Signatures:Introduction and Concepts
Introduction to hash-based signatures, including concepts, security proofs, and algorithms

Module #16
Quantum-Secure Cryptographic Protocols
Introduction to quantum-secure cryptographic protocols, including secure multi-party computation and homomorphic encryption

Module #17
Quantum Computing and Cryptography:Current State and Future Directions
Overview of the current state of quantum computing and cryptography, including current challenges and future directions

Module #18
Case Studies:Quantum Computing in Cryptography
Real-world case studies of quantum computing in cryptography, including implementation and applications

Module #19
Quantum Computing and Cryptography:Ethical and Societal Implications
Discussion of the ethical and societal implications of quantum computing in cryptography

Module #20
Quantum Computing and Cryptography:Standards and Regulations
Overview of standards and regulations related to quantum computing and cryptography

Module #21
Quantum Computing and Cryptography:Research and Development
Overview of current research and development in quantum computing and cryptography

Module #22
Quantum Computing and Cryptography:lab 1 - Simulating Quantum Systems
Hands-on lab experience simulating quantum systems using software frameworks

Module #23
Quantum Computing and Cryptography:lab 2 - Implementing Quantum Algorithms
Hands-on lab experience implementing quantum algorithms using software frameworks

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Quantum Computing in Cryptography: Principles and Applications career

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Quantum Computing in Cryptography: Principles and Applications ( 24 Modules )

Quantum Computing in Cryptography: Principles and Applications
( 24 Modules )