Run This Paper
Pick a landmark result — teleportation, superdense coding, Grover’s search, the GHZ paradox, BB84, E91 — and run the paper’s own protocol on the simulator, live, next to what the paper itself reported.
Teleporting an Unknown Quantum State via Dual Classical and Einstein-Podolsky-Rosen Channels
C. H. Bennett, G. Brassard, C. Crépeau, R. Jozsa, A. Peres, W. K. Wootters
Physical Review Letters 70, 1895–1899
An unknown qubit state can be reconstructed exactly on a second qubit using a shared entangled pair and two classical bits — without the state ever travelling through the channel between them.
Proved a protocol (no physical demonstration in this paper) under which the receiving qubit ends up in exactly the sender’s original state, fidelity 1, once the two classical bits arrive.
Qubit 2 matched the teleported state in all 64 trials — worst-case marginal match 100.000%.
This list is curated, not a general paper executor — see why below. To run a circuit you design yourself, right now, no waiting on a review, use Verified Circuit Generation instead: describe a target and get a circuit checked against it.
Verified Circuit Generation →Suggestions go to a person, not an auto-runner — every entry here is added by hand, backed by an existing tested circuit or protocol, and checked against the primary source before it ships.
Suggest a paper →Each of these papers changed what people thought was possible with quantum information. The circuit or protocol on this page is not a re-enactment or an animation — it is the paper’s own construction, executed on the statevector simulator that runs the rest of this site, with the same code paths already covered by tests elsewhere in the codebase: BB84 and E91 in lib/viz/qkd.ts; teleportation, superdense coding, GHZ and Grover as presets in lib/quantum.ts; the oracle circuit behind Deutsch–Jozsa in lib/viz/deutschJozsa.ts; the exact CHSH correlation behind the Bell test in lib/viz/chsh.ts; phase estimation in lib/viz/phaseEstimation.ts; Shor’s period-finding subroutine in components/viz/shor/period.ts; the real surface-code lattice and decoder in components/viz/surface/code.ts; and two-qubit state reconstruction in lib/quantum/tomography.ts.
This is a curated set, not a general arXiv-URL executor: turning an arbitrary paper into a runnable circuit without risking a wrong citation or a wrong simulation is a much larger project than a handful of landmark results. Every citation above was checked against a primary source (the journal’s own page, or the original arXiv preprint where one exists — arXiv itself only opened in 1991, so several of these predate it). Growing this list happens the same way each entry already here was built — by hand, never by auto-running a suggestion — so a request to add one goes to a person first.