The QuCom’s Basics of Quantum Computing Course : 

  1: Introduction to Quantum Computing - :

• History and Evolution of Quantum Computing 

•  Overview of classical vs. quantum computing 

• Key milestones in quantum computing development 

• Basic Concepts and Motivation 

• Why quantum computing? 

•  Potential applications and impact on various fields 

2: Fundamentals of Quantum Mechanics 

•  Basic Principles of Quantum Mechanics 

•  Superposition, entanglement, and interference 

•  Qubits and quantum states 

3: Mathematical Foundations 

• Linear algebra review: vectors, matrices, complex numbers 

• Dirac notation 

4: Quantum Bits and Gates 

• Qubits and Quantum States 

•  Bloch sphere representation 

•  Measurement and collapse of the wavefunction 

5: Quantum Gates and Circuits 

•  Basic quantum gates (Pauli-X, Y, Z, Hadamard, Phase, CNOT) 

•  Quantum circuit representation 

6: Introduction to Quantum Algorithms 

•  Classical vs. quantum algorithms 

•  Complexity theory basics 

7: Shor’s Algorithm 

•  Integer factorization problem 

• Quantum Fourier Transform (QFT) 

8: Quantum Entanglement and Applications 

•  Quantum Entanglement 

•  Bell states and Bell’s theorem 

• EPR paradox 

9: Applications of Entanglement 

• Quantum teleportation 

•  Quantum key distribution (QKD) 

10: Introduction to Quantum Error Correction 

•  Quantum errors and decoherence 

• Basic error-correcting codes 

Quantum Programming Basics Lab 

Lab 1: Introduction to Quantum Programming 

• Setting up quantum programming environments (Qiskit) - Writing and running basic

Lab 2: Shor’s Algorithm Simulation 

• Coding Shor’s algorithm 

• Simulating factorization of small numbers Exam and Assessment 

Final Exam 

• Comprehensive assessment covering theoretical and practical aspects.

Curriculum balances theoretical understanding with practical experience, ensuring students gain a solid foundation in quantum computing while also developing hands-on skills with current quantum programming tools. 

At The QuCom, we are dedicated to advancing the field of quantum computing through education and research. Our mission is to equip the next generation of innovators with the knowledge and skills they need to lead the quantum revolution. 

Link to register: https://forms.gle/MXrABMCMVVECmVro6