Physicists developed a way to use entangled pairs of photons to determine qualities of an additional pair of photons. It seems to me something like determining a logical contrapositive state of quantum wavelets by determining the values of the initial bound pairs. The new trick is in making a relation between particles that don't exist at the same time. So can there be other logical relationships determined in such ways, and what would be the limits to structural construction complexity?
http://news.sciencemag.org/sciencenow/2013/05/physicists-create-quantum-link-b.html?ref=hp
One wonders of the relationship of quanta such as photons (that are bosons and carriers of force in an electromagnetic field) to causality and time. Perhaps very small nearly mass-less units of force in low number have so few features they are able to have time order inconsequentiality. Not enough mass to be disordered by entropy?
Could photons for quantum entanglement experiments in an electromagnetic field or fields such as exist on Earth borrow data and ordered structure from those fields to qualify and 'sponsor' entangled quanta?
http://news.sciencemag.org/sciencenow/2013/05/physicists-create-quantum-link-b.html?ref=hp
One wonders of the relationship of quanta such as photons (that are bosons and carriers of force in an electromagnetic field) to causality and time. Perhaps very small nearly mass-less units of force in low number have so few features they are able to have time order inconsequentiality. Not enough mass to be disordered by entropy?
Could photons for quantum entanglement experiments in an electromagnetic field or fields such as exist on Earth borrow data and ordered structure from those fields to qualify and 'sponsor' entangled quanta?
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