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ER = EPR (2D): Wormhole Cross-Section & Entanglement Network

2D companion to the 3D ER=EPR wormhole model: a draggable embedding-diagram cross-section of the wormhole throat, a live Bell-pair entanglement network, and the Ryu-Takayanagi entropy-area curve all update together as you grow or destroy entanglement, change the bulk coupling, or drag the mouths apart in ambient space.

Quantum Physics2DAdvanced60 FPS📱 Mobile-adapted⇄ 3D version

2D companion to the 3D ER=EPR wormhole model. A draggable, zoomable embedding-diagram cross-section shows the wormhole throat as a genuine 2D curve whose thickness is the real Ryu–Takayanagi throat radius, next to a live network of the Bell pairs supplying the entanglement and a plotted S–A–r curve, so the entropy-area law and the "interior length is decoupled from ambient distance" claim both read directly off the diagram instead of a rendered 3D box.

⚙ Under the hood

2D companion to the 3D ER=EPR wormhole model: a draggable, zoomable embedding-diagram cross-section renders the wormhole throat as a genuine 2D curve whose thickness is the real Ryu-Takayanagi throat radius, alongside a live Bell-pair entanglement network and a plotted S-A-r curve, so the entropy-area law and the ambient-distance-independence claim read directly off the diagram instead of a rendered 3D box.

quantum gravityentanglementwormholeholographyER=EPRRyu-Takayanagi2d-simulation

2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install