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jlcd
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Ruth Kastner used to say that without collapse, there was no decoherence. I'd like to know if Hilbert space can store information nonclassically.. that is.. without using any position basis.
For example. Can atoms exist without any position basis? How many atomic combinations or molecules can you combine that doesn't use the position basis?
Can you transfer the information of an object with position into other basis in Hilbert space and then reform the object back into classicality? (Theoretically *assuming* Ruth was right an object need to collapse first before there was even decoherence or classicality or the paper like "Nothing Happens in Many Worlds" or similar ideas?)
For example. Can atoms exist without any position basis? How many atomic combinations or molecules can you combine that doesn't use the position basis?
Can you transfer the information of an object with position into other basis in Hilbert space and then reform the object back into classicality? (Theoretically *assuming* Ruth was right an object need to collapse first before there was even decoherence or classicality or the paper like "Nothing Happens in Many Worlds" or similar ideas?)