"The Austrian team used laboratories on the Canary Islands, off the northwest coast of Africa. One station, on the island of La Palma, had both a source of entangled photons and, about 1 kilometer away, a photon detector hooked up to a random number generator that told the instrument what kind of polarization to look for. A second photon detector, also hooked up to a random number generator, was located on the island of Tenerife, 144 kilometers away from the source on La Palma.
This setup prevented any conspiracy between the photon emitter and either of the detectors. Even the 1-kilometer distance was far enough to guarantee that a signal traveling at light speed between the photon emitter and the detector would arrive too late to affect the experiment’s outcome.
Pairs of entangled photons always had correlated polarizations at both detectors."This process of experimentally testing an unlikely hypothesis to tick it off, close the loophole and tighten the theory is an laudable aspect of science.
As you may imagine there are many pathways to go with a post like this. I could, for instance, talk about maori knowledge systems and how they also have been developed by testing and discarding against theory. Or I could talk about this concept of entanglement and how this concept fits in with a connective universe but as Brian Greene says in "The fabric of the universe" "While I like the sentiment, such gushy talk is loose and overstated." and I do have a tendancy to go that way. I thought about using entanglement as a metaphor for the maori party but I've got a bit of maori party fatigue. So I'll just let the post stand as an example of the mysteries of this world we all inhabit.
No comments:
Post a Comment