Interactive lab
Hands-on panels for superposition, entanglement, teleportation, tunneling, the double slit, Bloch sphere rotations, and qubit gates - each with live controls and readouts.
Open the labAbout QEntangle
A learning environment where quantum mechanics is something you do, not just read.
QEntangle.tech is an independent interactive learning platform for quantum mechanics and adjacent physics - built around the idea that changing a parameter and watching the system respond builds deeper intuition than static text ever can.
What we build
Theory, simulation, and tools that reference each other.
Every study area on the site links a written explanation to an interactive panel or calculator, so the mathematics is always one click away from the behavior it predicts.
Theory library
A structured path through state spaces, dynamics, operators, measurement, spin, entanglement, many-body physics, open systems, and the bridge to quantum field theory.
Browse theorySimulations & models
3D hydrogen wave functions, QCD visualizations, an interactive periodic table with atomic shell models, nuclear physics explainers, and safe conceptual criticality animations.
See simulationsAcademic tools
Fast calculators for uncertainty relations, photon energy, matter waves, and qubit states - useful for coursework checks and quick estimates.
Use the toolsResearch watch
A curated news room that tracks quantum research coverage from primary journals and science media, with dates on every item and no hype.
Read the news roomFuture scope
Where quantum computing, sensing, cryptography, and materials are heading - translated into practical technology roadmaps for students and professionals.
Explore future scopeHow we work
Principles behind the platform.
Interactivity first
Concepts ship with controls. If a page explains interference, you can move the slits; if it explains criticality, you can change the multiplication factor and watch the regime shift.
Honest sourcing
Research updates cite their sources and dates. Marketing language is kept out of the physics, and conceptual models are labeled as conceptual.
Continuously improved
A public theory improvement backlog tracks derivations and examples still to be expanded, and site health is monitored continuously.
Get in touch
Questions, corrections, or research suggestions?
Use the support and enquiry form for learning guidance, support, security reports, and website feedback - or email admin@qentangle.tech.