Quantum Computing Basics
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Introduction to quantum computing concepts, algorithms, and tools.
22 content steps
6 quizzes
~420 minutes
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Journey Steps
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1
Content Step 1
Content
Quantum vs classical computation
2
Content Step 2
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Linear algebra essentials for qubits
3
Content Step 3
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Qubits and Bloch sphere intuition
4
Content Step 4
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Superposition and measurement
5
Quiz 5
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Checkpoint Quiz
6
Content Step 6
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Entanglement and Bell states
7
Content Step 7
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Quantum gates and circuits
8
Content Step 8
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Reversible computation
9
Content Step 9
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Quantum algorithms overview
10
Quiz 10
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Checkpoint Quiz
11
Content Step 11
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Deutsch-Jozsa and Bernstein-Vazirani
12
Content Step 12
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Grover’s search intuition
13
Content Step 13
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Shor’s factoring at a high level
14
Content Step 14
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Noise, decoherence, and NISQ limits
15
Quiz 15
Quiz
Checkpoint Quiz
16
Content Step 16
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Error mitigation and basic QEC ideas
17
Content Step 17
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Variational algorithms (VQE, QAOA)
18
Content Step 18
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Quantum simulation use cases
19
Content Step 19
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Hardware landscape: superconducting, trapped ions
20
Quiz 20
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Checkpoint Quiz
21
Content Step 21
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Programming with Qiskit basics
22
Content Step 22
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Working with simulators vs devices
23
Content Step 23
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Resource estimates and scalability
24
Content Step 24
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When to use quantum vs classical
25
Quiz 25
Quiz
Checkpoint Quiz
26
Content Step 26
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Ethics and security implications
27
Content Step 27
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Learning paths and resources
28
Quiz 28
Quiz
Checkpoint Quiz
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