Explore quantum encoding visualization, Bloch sphere simulation, and quantum machine learning concepts through interactive tutorials built for students and researchers.
Understand qubits through interactive visualizations. Learn how a qubit differs from a classical bit, what superposition means physically, and how to think about quantum states intuitively.
⭐ FeaturedMaster the Bloch sphere representation of a qubit. Understand polar angles θ and φ, the meaning of each axis, gate effects as rotations, and what purity means for multi-qubit systems.
Understand the most important quantum gates through visual Bloch sphere demonstrations. See the matrix, the physical effect, and apply each gate interactively.
Master the Hadamard gate with visual intuition, matrix math, and interactive quizzes. Understand why superposition is not randomness and how phase matters in quantum computation.
⭐ FeaturedLearn quantum data encoding through interactive visualization and simulation. A comprehensive guide to Basis, Amplitude, Angle, Phase, and Dense Angle encoding strategies for quantum machine learning (QML).
⭐ FeaturedConfused by the quantum alphabet soup? Let's demystify QNN, QAOA, QUBO, and VQA using the ultimate analogy: Pattern Finding vs. Puzzle Solving!
Explore the core algorithms of QML. Learn how Quantum Kernels estimate data overlap, how Feature Maps utilize entanglement, and the mechanics of Variational Quantum Circuits.