Talk:Quantum entanglement/to do

From Wikipedia, the free encyclopedia

Primary:

• It is necessary to mention *angular dependence* of entanglement. Without it a classical model can explain the results. For example: a red and green ball are each placed in their own leather bags (objects made indistinguishable) and then they are placed in a larger bag and shuffled. One small bag is then thown at Alice the other at Bob. The instant Alice opens her bag she knows the color of Bob's ball. Alice can not predict what color she will receive since the source generates random choices but the two thrown balls are always anti-correlated (differ in color). Entanglement arises when no such classical model can be created for combinations of polarization angles (for example).

Secondary

• Write a layperson-friendly explanation of what quantum entanglement is.
• Summarize 2003 experiments mentioned on talk page below.