When humans become entangled









That’s a loaded statement if ever there was one. It implies that two humans could become entangled, if only for a brief moment.

Unfortunately, there is no room in the paper to discuss what “mantanglement” would be like. How long would Alf and Bess be mantangled? For as long as entangled photons bombard their retinas or longer? What would Alf and Bess feel?

I wonder if Gisin, Brunner and Branciard already know the answer to these questions, and whether we’ll be hearing some more interesting news from the Gisin lab in the months to come.

Ref: arxiv.org/abs/0802.0472: Can one see entanglement?

3 Responses to “When humans become entangled”

  1. says:

    [...] ever there was one. It implies that two humans could become entangled, if only for a brief moment. http://arxivblog.com/?p=294 By Ben, 3/4/2008, 4:44 pm [...]

  2. Zephir says:

    By Aether Wave Theory the entanglement and quantum memory are semi-classical effects, which can be observed easily in macroscopic conditions. They can be demonstrated for undulating droplets floating in low gravity conditions (i.e. like the oil droplets inside of lava lamp). The AWT can therefore serve as a mechanical approach for explanation of relativity and quantum mechanics phenomena. Note the another macroscopic demonstration of quantum phenomena in mechanical system:


    So, whenever you’ll split such undulating droplet into two halves by wire, the resulting parts will remain undulate at phase with respect to the center of their common mass. The resulting smaller dropplets will therefore remember the state of the original droplet in certain extent, so they can serve as a quantum memory. Such pair will create their own “local universe” by Everett interpretation. because it’s members are “entangled” at the distance – and as you can see, nothing “spooky” is on such entaglement, in fact.

    Note that even though you can combine the different droplet pairs with the same surface amplitude or even frequency, such reconnection will not restore the original surface wave, until the phase of the surface waves will not remain exactly the same – from this the quantum cryptography follows.

  3. [...] But…but…what about this? It’s almost a year since Nicolas Gisin and colleagues at the University of Geneva announced that they had calculated that a human eye ought to be able to detect entangled photons. “Entanglement in principle could be seen,” they concluded. [...]