Course Content
Welcome! Course Introduction
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What Does the Course Cover?
Pre-Assessment Quiz
Are there working Quantum Computers?
I heard that building Quantum Computing is very difficult. Are there working Quantum Computers?
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IBM Quantum One
Google Willow
Rigetti Aspen-M
IonQ Tempo
QuEra Aquila
D-Wave Advantage
Xanadu Borealis
Working Principle of Quantum Computers
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ENIAC to Mobile Phone
ENIAC to Mobile Phones
What is Quantum Computer?
Bit Vs Qubit (with simple Anology)
Introduction to Quantum Computing
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Introduction
Classical vs. Quantum Computing
List of Quantum Computers
Quantum Technology Market
Evolutions of Quantum computing
Quantum Computing Cloud services
Applications and Scope of Quantum Computing
Software Ecosystem
Hardware Platforms
Qubits and Superposition
Entanglement and Interference
The Postulates of Quantum Mechanics
Learning Path
Quantum Gates and Circuits
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Single-Qubit Gates (X, Y, Z, H, S, T)
Multi-Qubit Gates (CNOT, Toffoli, SWAP)
Quantum Circuit Diagrams
Gate Matrix Representations
Bloch sphere visualisation
Circuit Simulation with Qiskit / Cirq
Quantum Entanglement
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What is Entanglement?
Bell States and EPR Pairs
Measurement in Entangled States
Quantum Correlation vs Classical Correlation
No-Cloning Theorem
Quantum Algorithms
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Introduction to Quantum Algorithms
Oracle Construction & Use in Circuits
Deutsch-Jozsa Algorithm: Speed Advantage
Simon’s Algorithm
Shor’s Algorithm
Grover’s Search Algorithm: Quadratic Speedup
Quantum Teleportation
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Quantum State Transfer Basics
The Role of Entanglement in Teleportation
Protocol: Alice, Bob, and Classical Communication
Quantum Circuit for Teleportation
Real-world Implementation Examples
Quantum Communication
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Quantum Key Distribution (QKD) – BB84 Protocol
Quantum Cryptography Principles
Eavesdropping and Detection
Quantum Repeaters & Network Challenges
Future of Quantum Internet
Quantum Error Correction
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Types of Quantum Errors (Bit Flip, Phase Flip)
Shor Code and Steane Code
Syndrome Measurement
Fault-Tolerant Quantum Computation
Threshold Theorem
Post Quiz
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Post Quiz Assesment
Introduction to Quantum Computing
About Lesson

See the specifications of ENIAC (Eletronics Numerical Integrator And Calculator) which was built during 1943 to 1947.

  • Size : 22ft x 8ft x 2ft​, occupied 1500 sqft​
  • Weight : 30 tons​
  • Power Consumption : 150 kW​
  • Speed : 5khz​

Compare it with specifications of typical handphone.

  • Size : 130mm x 60mm x 6mm​, fits into our hands 78sq.cm​
  • Weight : 100+ gm​
  • Power Consumption : 0.15 kW​
  • Speed : 3 Ghz​

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