Superposition
Use amplitude and phase sliders to see how state vectors become measurement probabilities.
Run panel
Interactive quantum learning lab
Interactive simulations, rigorous theory, research news, and practical quantum tools in one learning environment - change the parameters and watch the physics respond.
Learning map
Each area links theory with an interactive panel, so users can change parameters and see how the mathematics changes the physical behavior.
Use amplitude and phase sliders to see how state vectors become measurement probabilities.
Run panelChange analyzer angles and observe how Bell-style correlations differ from ordinary shared randomness.
Run panelFollow Alice's measurement bits and Bob's correction to see how an unknown qubit state is transferred.
Run panelExplore double slit interference, Bloch sphere rotations, tunneling, uncertainty, and qubit gates.
Open labExplore nuclear structure, binding energy, radioactive decay, fission, fusion, detectors, and criticality modes.
Open pageUse a safe conceptual animation to compare subcritical, critical, delayed supercritical, and prompt-supercritical regimes.
Open modelYour learning dashboard
Finish the knowledge checks in the interactive lab and theory library to build your mastery map. Progress is saved locally on this device.
Structured explanations, visual intuition, formula panels, and fast checks before exams or projects.
Current literature feeds, experiment explainers, and a theory improvement backlog that keeps the site evolving.
Quantum computing, sensing, cryptography, and materials sections translated into practical technology roadmaps.
Latest research watch
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.
Frequently asked questions
Short answers about access, content depth, and how to reach the QEntangle desk.
Yes. The theory library, interactive lab panels, simulations, calculators, and research news are free to browse. Creating an account is also free and unlocks the full interactive periodic table detail views and member features.
The lab includes hands-on panels for superposition, entanglement, quantum teleportation, tunneling, the double-slit experiment, Bloch sphere rotations, and qubit gates. Each panel exposes sliders and controls so you can change parameters and watch the physics respond.
No. Every topic starts with visual intuition and plain-language explanations. Formal equations are shown alongside so you can go as deep as you want, from first principles up to operator methods, Bell states, and quantum field theory bridges.
The research watch feed is refreshed from curated quantum research sources such as journal and science-news coverage, with dates shown on every item so you always know how recent an update is.
Use the support and enquiry form below for learning guidance, support, or security reports, or email admin@qentangle.tech. Security researchers can also use the published security.txt contact.
Support & enquiry
Use this form for learning guidance, research questions, support, security, website health, and urgent reports.