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When travelling through glass optical fibers, photons move at about 2/3 of the speed that light travels in air.

Within the blink of an eye, our setup can produce up to 5 million entangled photon pairs.

It took over 40 years of experimental development to perform conclusive tests of Bell's inequality.

The diameter of the single photon superconduct nano wire detector is only tens of microns, which is much smaller than your hair diameter

One of the practical applications of a Bell test is to guarantee the security of communications.

In the Quantum Information Lab in Rome, 10000 double pairs of entangled photons are generated every second.

During the three months we conducted our first Bell test in 2015 (not using human generated random numbers), one of our scientists got married. Talk about entanglement!

Thanks to all Bellsters for their contribution and their interest in our research! Our measurement will have to go on several more days, so we are quite excited about how it will evolve and what the results will be.

We would like to thank all Bellsters for their random numbers! But still, quantum mechanics won the race!

It was fantastic that we could receive random numbers from people all around the world! The Big Bell Test brought people together in one big worldwide project

Thanks to all the Bellsters who provided the random numbers we needed to keep our experiments going!

The team at Buenos Aires; Laura, Nacho, Agus, Chris, Ari and Richi want to say THANK YOU BELLSTERS!!!