Superposition
Use amplitude and phase sliders to see how state vectors become measurement probabilities.
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Quantum mechanics, made explorable
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Interactive Labsuperposition, entanglement, teleportation, tunneling, and qubit panelsOpen Lab
Theorydetailed quantum mechanics from wavefunctions to Bell statesStudy Theory
Toolscalculators for uncertainty, photons, matter waves, and qubit statesUse Tools
Elementsinteractive periodic table and atomic shell notesOpen Elements
Learning map
From first principles to research practice.
Each area links theory with an interactive panel, so users can change parameters and see how the mathematics changes the physical behavior.
Entanglement
Change analyzer angles and observe how Bell-style correlations differ from ordinary shared randomness.
Run panelTeleportation
Follow Alice's measurement bits and Bob's correction to see how an unknown qubit state is transferred.
Run panelQuantum systems
Explore double slit interference, Bloch sphere rotations, tunneling, uncertainty, and qubit gates.
Open labFor students
Structured explanations, visual intuition, formula panels, and fast checks before exams or projects.
For researchers
Current literature feeds, experiment explainers, and a theory improvement backlog that keeps the site evolving.
For professionals
Quantum computing, sensing, cryptography, and materials sections translated into practical technology roadmaps.
Latest research watch
Curated updates, not hype.
Updated from curated quantum research sources.
Includes recent quantum foundations, sensing, and interferometry research.
ScienceDaily reports a Nature Communications result on entangled photon orbital angular momentum.
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