Courses

Introduction to quantum mechanics

1. Linear algebra and the Dirac notation

2. The framework of quantum mechanics

3. Quantum states

4. Time-evolution

5. Composite Systems

6. Measurement

Basic quantum communication protocols 

1. Teleportation

2. Superdense coding

3. Entanglement swapping

4. Quantum key distribution

Noise in quantum systems 

1. Noisy quantum states

2. Noisy quantum evolution

3. Examples of quantum channels

Link Characteristics and Antennas Design​

6G NTN Background and Experimentations​

Beamforming Techniques in Space​

Precoding Techniques in Spaces​

Space Radio Resource Management ​

Direct to Handheld Communications​

Interference Management and Anti-jamming in Space​

Space Edge Computing​

Joint Communications, Sensing, Position, and Navigation​

Quantum Communications in Space 

Introduction and Course Structure

System Architecture and Constellations

Satellite Spectrum

Satellite Channel and Link Budgets

Digital Communications Primer

Communication Payloads

Standards & Security

SatComs and 5G

Satellite IoT

Deep Space and Scientific Missions