Quantum Computing Tutorials & Guides: Qubits, Algorithms & Simulation
Quantum computing guides for programmers and engineers: learn qubits, superposition, interference, quantum algorithms and simulation from first principles.
🚀 New to Quantum Computing? Follow our structured 19-module curriculum: Quantum Computing: A Complete Learning Path →
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Superdense Coding Explained: Transmitting 2 Classical Bits in 1 Qubit with Qiskit 2.x
Module 3b in the Quantum Computing: A Complete Learning Path series. Following directly from Two-Qubit Entanglement & The 4 Bell…
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Two-Qubit Entanglement Explained: The 4 Bell States, Mathematical Non-Separability, and Qiskit Implementation
A first-principles guide to two-qubit entanglement, tensor product non-separability, synthesizing the four Bell states (EPR pairs), the Bell basis decoder,…
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Quantum Computing: The Deutsch-Jozsa Algorithm Explained — Classical vs. Quantum Complexity and Qiskit Implementation
A detailed walkthrough of the Deutsch-Jozsa algorithm: exploring exponential query separation, phase kickback, the four canonical oracles, and a complete…
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Drawing Quantum Diagrams with Matplotlib on Termux When Qiskit Won’t Install
A tested Matplotlib-first workflow for drawing Bloch spheres and quantum-circuit diagrams on Android Termux when a full Qiskit installation will…
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Bloch Sphere Visual Guide: Basis States |0⟩, |1⟩, and Pauli X & Z Quantum Gates
A first-principles visual and mathematical guide to the Bloch sphere, the computational basis states |0⟩ and |1⟩, and how Pauli…
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Quantum Computing: A Complete Learning Path
A guided index to the Quantum Series: thirteen hands-on posts ordered as a learning path, from qubits and the Bloch…
