@fgrosshans@JPricePhysics @gorka_mgm @quside@ICFOnians There is no "Bell test" available for classical noise. Only quantum can offer certified randomness. You could argue that you don't care about certification and that you trust your device. But if you don't then you need QRNG. In the end, it depends on the desired level of security
5000 double pendulums, with a tiny (0.000001 rad) variation on starting angles. Color line connects original neighbours, thickness proportional to how close they remain (firs bifurcation starting at 0:12 provides a good understanding of what's going on).
@BenjaminStr@EricLagadec Oui c'est ça. Et aussi puisque notre trou est plus petit, le gaz autour (celui sur les images) circule beaucoup plus vite (quelques minutes pour faire un tour contre quelques jours). Et c'est dur de photographier quelque chose qui bouge très très vite.
Introducing the Photonic Quality Factor, a scalable single-number metric for assessing the performance of current and near-term photonic quantum computing devices. Check out the arXiv preprint.
https://t.co/VE7cB52dur
The 1st ever 3 page paper on ZX-calculus had PsiQuantum's FBQC architecture in it (see page 2, 2nd columns, top). Moreover, it was mostly written when Ross Duncan and I sat next to PsiQuantum's Terry Rudolph on a bus in Iran.
https://t.co/J16qt7fPQq
Vous voulez savoir ce qu’est un qubit ? Des étudiant⋅e⋅s¹ du @lkb_lab et du @LIP6_lab vous l’expliquent dans cette vidéo ! https://t.co/GezFaZX9dZ
¹: @FraLuthien, @badry96, David Fainsin, Beate Asenbeck, @oliversium et Clémentine Rouvière