As the field of quantum communication continues to evolve and advance, there is a growing need for professionals with the knowledge and skills to tackle the complex challenges and opportunities it presents. The course covers the fundamental concepts of quantum communication, including the properties of qubits and quantum registers, the manipulation of quantum states through quantum gates, and the principles and implementations of quantum key distribution.
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Description
- Introduction to quantum communication
- Qubit and quantum register
- Quantum gates
- Quantum key distribution
- Quantum communication protocols
- Quantum key distribution approaches
- Attacks against QKD protocols
- Quantum internet
Participants attending this course will:
- Be able to apply their knowledge of quantum key distribution
- Be equipped to utilize key distribution protocols
- Be able to comply with existing quantum communication standards
Day 1
- What is quantum communications about?
- Qubit and quantum register
- Quantum Gates
- Third and Fourth Postulate
- Quantum Entanglement
- Elements of classical digital technology
Day 2
- Quantum key distribution over optical fiber
- Two important quantum communication protocols
- Teleportation
- Quantum Medium Access Control
- Density matrix and its application in quantum communications
- Why do we need quantum key distribution?
Day 3
- Non idealistic channels
- Quantum key distribution via free-space
- Quantum Secure Network, Quantum Information Network
- Quantum communication: implementation challenges
- Summary and outlook
Audience
Professionals
Prerequisites
Fundamental knowledge of quantum computing