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Quantum Cryptography

Free5 videosQuantum AI Lab

Explore quantum foundations and risk awareness, post-quantum algorithms, quantum communication, random number generation, and enterprise migration strategy.

This lab is organized by iQafé and Bibliotheca Alexandrina with support from Egyptian Quantum Computing Community Initiative.

This lab is coordinated voluntarily. Lab instructors participate as volunteer members of the Egyptian Quantum Computing Community (EgQCC), without an employment relationship or financial compensation.

Browse videosYouTube playlist (new tab)

What you will explore

  • Quantum risk and post-quantum cryptography
  • The physical layer of quantum communication
  • Quantum random number generation
  • Enterprise migration and risk strategy

Before you begin

Basic familiarity with cryptography and quantum computing will help you connect the algorithmic and physical topics.

This track is part of Quantum AI Lab, organized by iQafé and Bibliotheca Alexandrina in collaboration with EgQCC.

Choose a lab video

Select Watch video from a lesson below.

Each lesson includes a short summary and a direct YouTube link.

If the embedded player cannot play, use the YouTube link in a regular browser. Autoplay may require pressing Play.

Lab videos

Session 1

Quantum Foundations & Risk Awareness

Start with quantum foundations and the security risks that motivate quantum-safe cryptography.

Published:

Coordinator
Eng. Sameh Zaghloul — CTO, Fixed Solutions; former IBM consultant
Session instructors
Eng. Muhammed Helmy — Cybersecurity Analyst; institutional affiliation not specified; Eng. Raghade Nawar — MSc in Post-Quantum Cryptography; institutional affiliation not specified
Host
Eng. Abdelrahman Alaa — Affiliation not specified
Quantum AI Lab coordinator
Abdelrahman Elsayed — Quantum AI Labs QML Track
YouTube (new tab)
Session 2

Post-Quantum Cryptography: The Algorithmic Layer

Explore the algorithmic layer of post-quantum cryptography and its role in addressing quantum computing threats.

Published:

Coordinator
Eng. Sameh Zaghloul — CTO, Fixed Solutions; former IBM consultant
Session instructors
Eng. Muhammed Helmy — Cybersecurity Analyst; institutional affiliation not specified; Eng. Raghade Nawar — MSc in Post-Quantum Cryptography; institutional affiliation not specified
Host
Eng. Abdelrahman Alaa — Affiliation not specified
YouTube (new tab)
Session 3

Quantum Communication: The Physical Layer

Move from algorithms to the physical layer of quantum communication and its connection to cryptographic systems.

Published:

Coordinator
Eng. Sameh Zaghloul — CTO, Fixed Solutions; former IBM consultant
Session instructors
Eng. Muhammed Helmy — Cybersecurity Analyst; institutional affiliation not specified; Eng. Raghade Nawar — MSc in Post-Quantum Cryptography; institutional affiliation not specified
Host
Eng. Abdelrahman Alaa — Affiliation not specified
YouTube (new tab)
Session 4

Quantum Random Number Generation

Explore quantum random number generation as another component of the physical layer of quantum cryptography.

Published:

Coordinator
Eng. Sameh Zaghloul — CTO, Fixed Solutions; former IBM consultant
Session instructors
Eng. Muhammed Helmy — Cybersecurity Analyst; institutional affiliation not specified; Eng. Raghade Nawar — MSc in Post-Quantum Cryptography; institutional affiliation not specified
Host
Eng. Abdelrahman Alaa — Affiliation not specified
YouTube (new tab)
Session 5

Enterprise Migration & Quantum Risk Strategy

Connect the technical sessions to enterprise migration planning and quantum risk strategy.

Published:

Coordinator
Eng. Sameh Zaghloul — CTO, Fixed Solutions; former IBM consultant
Session instructors
Eng. Muhammed Helmy — Cybersecurity Analyst; institutional affiliation not specified; Eng. Raghade Nawar — MSc in Post-Quantum Cryptography; institutional affiliation not specified
YouTube (new tab)

Source: iQafé's Quantum Cryptography Track | Quantum AI Lab YouTube playlist. Videos are arranged in session order; summaries describe the published session topics.