Categories:
Beginners Frameworks and Tools
About Course
Essential course for beginners to understand what is Quantum computing. This course covers the fundamentals, ecosystem, applications, market, careers and algorithms.
What you'll learn
- Understand the working principles of quantum computers
- Discuss what is Superposition, Entanglement, Interference
- Understand different types of hardware for building qubits
- Learn the best way to learn Quantum computing
- Understand the Quantum Computing software ecosystem
- Discuss why we need Quantum Computers
- Understand the efforts by various organizations and countries
Course Content
Welcome! Course Introduction
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What Does the Course Cover?
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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
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Google Willow
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Rigetti Aspen-M
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IonQ Tempo
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QuEra Aquila
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D-Wave Advantage
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Xanadu Borealis
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Prepare a one slide presentation with logo, market share, share price and management team details
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Post-Quiz : Quantum Computing Market
Working Principle of Quantum Computers
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ENIAC to Mobile Phone
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ENIAC to Mobile Phones
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Prepare an article about future of computing 2040 (less than 100 words)
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What is Quantum Computer?
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Bit Vs Qubit (with simple Anology)
Introduction to Quantum Computing
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Quantum Technology Market
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Evolutions of Quantum computing
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Quantum Computing Cloud services
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Applications and Scope of Quantum Computing
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Software Ecosystem
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Hardware Platforms
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Qubits and Superposition
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Entanglement and Interference
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The Postulates of Quantum Mechanics
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Learning Path
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Timeline of Quantum Mechanics
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National Effects
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Post Quiz
Quantum Gates and Circuits
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Single-Qubit Gates (X, Y, Z, H, S, T)
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Multi-Qubit Gates (CNOT, Toffoli, SWAP)
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Quantum Circuit Diagrams
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Gate Matrix Representations
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Bloch sphere visualisation
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Circuit Simulation with Qiskit / Cirq
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Post Quiz
Quantum Entanglement
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What is Entanglement?
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Bell States and EPR Pairs
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Measurement in Entangled States
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Quantum Correlation vs Classical Correlation
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No-Cloning Theorem
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Post Quiz
Quantum Algorithms
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Introduction to Quantum Algorithms
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Oracle Construction & Use in Circuits
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Deutsch-Jozsa Algorithm: Speed Advantage
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Simon’s Algorithm
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Shor’s Algorithm
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Grover’s Search Algorithm: Quadratic Speedup
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Post Quiz
Quantum Teleportation
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Quantum State Transfer Basics
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The Role of Entanglement in Teleportation
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Protocol: Alice, Bob, and Classical Communication
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Quantum Circuit for Teleportation
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Real-world Implementation Examples
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Post Quiz
Quantum Communication
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Quantum Key Distribution (QKD) – BB84 Protocol
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Quantum Cryptography Principles
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Eavesdropping and Detection
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Quantum Repeaters & Network Challenges
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Future of Quantum Internet
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Post Quiz
Quantum Error Correction
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Types of Quantum Errors (Bit Flip, Phase Flip)
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Shor Code and Steane Code
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Syndrome Measurement
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Fault-Tolerant Quantum Computation
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Threshold Theorem
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Post Quiz
Post Quiz
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Post Quiz Assesment
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