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Quantum Computing for Beginners
Introduction to Quantum Computing
Course Introduction (3:58)
Classical Computing Vs. Quantum Computing (1:15)
Quantum Computing and Its Applications (4:16)
Classical Computing & Quantum Tunneling (3:25)
Bit vs Qubit, Superposition & Measurements
Classical Bits and Gates (2:51)
Quantum Bit (Qubit) & State Notations (4:02)
Quantum Superposition & Mathematical Model (6:32)
Qubit Measurements (3:13)
Math Refresher for Quantum Computing
Complex Number Basics (5:24)
Algebra of Complex Numbers (3:39)
Complex Number Conjugates & Divisions (3:22)
Matrix Addition, Subtraction & Multiplication (5:15)
Matrix Transpose & Conjugate Transpose (3:53)
Quantum Gates, Bloch Sphere & Qubit Manipulation
Quantum Gates (3:52)
Bloch Sphere Representation (5:12)
Paulli Gates (7:44)
Hadamard Gate (4:40)
CNOT gate (2:50)
CCNOT gate - Toffoli (2:22)
Quantum Gate Properties (6:52)
Experience IBM Quantum Computer
IBM Quantum Experience 1 (2:43)
IBM Quantum Experience 2 (7:56)
Quantum Entanglement & Teleportation
Quantum Entanglement (4:36)
Bell State (Entanglement ) (2:35)
Quantum Teleportation Explained (5:21)
No-Cloning Theorem (2:25)
Qunatum Algorithms & Quantum Cryptography
Qunatum Algorithms & Deutsch-Jozsa (4:31)
Shor's and Grover's Algorithms (3:20)
Quantum Cryptography (2:26)
Conclusion
Books and Resources
Conclusion (1:15)
Quantum Superposition & Mathematical Model
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