A Schrödinger cat with eight lives: quantum entanglement of eight photons
arstechnica.com
arstechnica.com
You are correct. There are other accepted interpretative models. However, the Copenhagen interpretation remains the most widely accepted.
That interpretation provides an intuitive way to reason about quantum mechanics and therefore makes it much easier to learn how quantum mechanics works, without getting distracted by paradoxes and philosophical difficulties.
To learn more,
Read a paper by one of decoherent histories' main proponents http://arxiv.org/abs/quant-ph/0612065
See if you can understand quantum decoherence: http://en.wikipedia.org/wiki/Quantum_decoherence
Read the FAQ: http://quantum.phys.cmu.edu/CHS/quest.html
Dive into a textbook explaining quantum physics in decoherent histories interpration (by the same proponent as above) http://quantum.phys.cmu.edu/CQT/index.html
And of course its Wikipedia page may not be overlooked: http://en.wikipedia.org/wiki/Consistent_histories
www.flownet.com/ron/QM.pdf
and watch his google talk about it here:
www.youtube.com/watch?v=dEaecUuEqfc .
The problem is, that most people (not scientists, mind you) do not really care anyway, and the Copenhagen interpretation gives you a nice story to tell, which is fairly "strange", yet somewhat understandable. I hate the fact that even science magazines still 100% subscribe to the Copenhagen interpretation, just to attract a greater readership and to be able to use catchier headlines.
"I feel like a lot of assmptions were made in this lecture. We've thrown formulas out the window before because they didn't agree with newly experimental data. Using the schroedinger equation to prove the results of the quantum eraser is pretty much equivalent to using old newtonian formulas to prove that you can travel faster than the speed of light - it doesn't hold water. I'm not saying Ron Garret is wrong, but too many assumptions were made in this proof, i'd rather trust experimental data."
Still reading. Thanks!
"A second test of entanglement, which used polarization orientations other than horizontal and vertical, found a ratio of approximately 4:1."
I didn't see a reference to the orientation in regards to the Earth's magnetic field.
>However, the system is also powerful enough that it is a step forward in terms of optical quantum computation. The authors suggest that their setup may enable quantum simulations to tackle more complicated problems in condensed matter physics than have been possible so far.
That is why I posted this article.