Quantum Mechanics Principles for Quantum Computing Scientists
Master the foundational quantum mechanics principles essential for designing, understanding, and innovating in the field of quantum computing.
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Fundamentals of Quantum States and Measurement
Unit 1: From Classical to Quantum
Bits vs. Qubits
The Quantum Leap
Unit 2: Representing Quantum States
Meet Dirac Notation
Quantum State Vectors
Inner & Outer Products
Unit 3: The Quantum World's Rules
Postulate 1: State Space
Postulate 2: Evolution
Postulate 3: Measurement
Unit 4: Beyond Single Qubits
Entanglement Explained
Quantum Gates, Circuits, and Coherence
Unit 1: Single-Qubit Gates: The Building Blocks
Meet the Pauli Gates
The Hadamard Gate
Phase Gates & Rotations
Unit 2: Multi-Qubit Gates and Circuits
The CNOT Gate
Beyond CNOT: Toffoli
Building Simple Circuits
Unit 3: Quantum Coherence and Decoherence
What is Coherence?
The Decoherence Problem
Fighting Decoherence