Introduction to Quantum Computing Introduction and Overview about Quantum Computing basic concepts, starting from the definition of Quantum Bit (qubit), Quantum Superposition, Entanglement, |Bra-ket> Notation, Unitary Matrix, Quantum Circuits, and “Basic” Logic Gates. Introducing Qiskit (IBM’s Open Source Quantum SDK) as well IBM Quantum Experience (Quantum Composer and Quantum Jupyter/Lab), covering some Qiskit's sample application modules in Finance, Physics, Machine Learning, and Optimization, with main objective of increasing the awareness of Junior IEEE members about IBM’s Quantum Ecosystem and available free/open source tools/platforms that can help researchers and contribute in future/current M.Sc. and Ph.D. thesis.

1. 1
Introduction
to
Quantum Computing
Presented By:
SAMeh Zaghloul – |ABCD> - IBM
linkedin.com/in/sameh-zaghloul-00b5151

2. Quantum Computing
"Schrödinger's cat" Paradox
The Cat is BOTH alive and dead Simultaneously

3. 3
Quantum Computing … is NOT Replacing Classical Computing
INPUT-Classical Computing =è Quantum Computing =è OUTPUT-Classical Computing

4. 4
Quantum Computing - |Bra-ket> Notation

5. 5
Quantum Computing … is NOT Replacing Classical Computing
INPUT-Classical Computing =è Quantum Computing =è OUTPUT-Classical Computing

6. 6
Quantum Computing

7. 7
2 qubit - Quantum Computing

8. 8
Quantum Computing – Probability & Superposition

9. 9
Quantum Computing – Unitary Matrix

10. 10
Logic Gates

11. 11
Quantum Logic Gates

12. 12
Quantum Logic Gates – Example
https://demonstrations.wolfram.com/QuantumFourierTransformCircuit/

13. 13
Qiskit Textbook - https://qiskit.org/textbook-beta/

14. 14
IBM Quantum Experience - https://quantum-computing.ibm.com/

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