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| Vladimir_Nesov | v1.1.0Aug 30th 2009 | (+42/-2) category: quantum mechanics | ||
| steven0461 | v1.0.0Aug 30th 2009 | (+463) Created page with '{{wikilink}} Standard [[quantum mechanics]] is made of two parts: a part that describes the unitary and deterministic evolution of a state vector, and a part that describes how ...' |
The many-worlds interpretation(MWI) (MWI) cuts away the latter part. It uses decoherence to explain how the universe splits into many separate branches, each of which looks like it came out of a random collapse.
The many-worlds interpretation(MWI) cuts away the latter part. It uses decoherence to explain how the universe splits into many separate branches, each of which looks like it came out of a random collapse.
Standard quantum mechanics is made of two parts: a part that describes the unitary and deterministic evolution of a state vector, and a part that describes how a state vector randomly collapses when subjected to "measurement".
The many-worlds interpretationcuts away the latter part. It uses decoherence to explain how the universe splits into many separate branches, each of which looks like it came out of a random collapse.
Main postAnd the Winner is... Many-Worlds!