written by Juan María Fernández

This EJS simulator implements the Geenberger-Horne-Zeilinger entangled quantum state and related gedanken experiments, as described by N.D. Mermin in "Quantum misteries revisited",  Am. J.Phys , 58 (8), pp. 731-734. Source code for the EJS simulator, A PDF Introduction with relevant Bibliography,  and a two part video tutorial are included.

The GHZ state is arguably the strongest demonstration of quantum non locality, even more powerful than Bell's analysis of the Einstein-Podolsky-Rosen experiment: while Bell's arguments are of statistical nature and need a series of experimental runs, the GHZ state shows the non locality with a single run of a crucial experiment , with a result absolutely different from the predicted by the EPR  Local Reality theory previously built.

• Download GHZstate_BeyondBell.rar - 9001kb Compressed File

Last Modified December 7, 2014

This file is included in the full-text index.

A user manual for The GHZ state: Beyond Bell's Theorem simulation.

• Download GHZstate_BeyondBell.pdf - 467kb Adobe PDF Document

Last Modified December 9, 2014

This file is included in the full-text index.

A short video tutorial showing how to run the The GHZ state: Beyond Bell's Theorem simulation.

• Download GHZstate_1.mp4 - 4778kb video/mp4

Last Modified December 9, 2014

Part II of a video tutorial showing how to run the GHZ state: Beyond Bell's Theorem simulation.

• Download GHZstate_2.mp4 - 4726kb video/mp4

Last Modified December 10, 2014

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A ready-to-run jar file of the GHZ state: Beyond Bell's Theorem simulation.

• Download ejs_qm_GHZstate_BeyondBell.jar - 1063kb Java Archive File

Last Modified December 9, 2014

The source code zip archive contains an XML representation of the GHZ state: Beyond Bell's Theorem simulation.   Unzip this archive in your EjsS workspace to compile and run this model using EjsS.

• Download ejs_qm_GHZstate_BeyondBell.zip - 53kb Compressed File

Last Modified December 9, 2014