Build the quantum computing foundations behind the 2025-2026 track. The available sessions cover states, gates, communication protocols, major quantum algorithms, and error correction.
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.
Basic linear algebra and familiarity with qubits will help. Several sessions are explicitly presented in Arabic.
For the data science, QSVM, and neural network sessions, visit the separate Quantum Machine Learning 2026 track.
Select Watch video from a lesson below.
Each lesson includes a short summary and a direct YouTube link.
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Review the quantum computing and linear algebra foundations used throughout the lab series.
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Explore quantum states and the basics of measurement in an introductory session presented in Arabic.
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Study single-qubit gate operations and their relationship to measurement outcomes. Presented in Arabic.
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Extend the single-qubit foundations to multi-qubit gates and simulated quantum circuits. Presented in Arabic.
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Explore two quantum communication protocols: teleportation and superdense coding. Presented in Arabic.
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Study early quantum algorithms through the Deutsch and Bernstein-Vazirani examples. Presented in Arabic.
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Explore quantum search and amplitude amplification through Grover's algorithm. Presented in Arabic.
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Learn about the quantum Fourier transform, a central component of several quantum algorithms. Presented in Arabic.
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Explore quantum phase estimation and its place in the sequence of quantum algorithms introduced in the track.
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Study the connection between quantum period finding and integer factoring in Shor's algorithm.
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Finish the collection with an introduction to quantum error correction and a discussion of future directions.
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Source: iQafé's Quantum AI Lab - Quantum Machine Learning 2025-2026 YouTube playlist. Videos are arranged in session order; summaries describe the published session topics.