- #1
StevieTNZ
- 1,934
- 878
Just wondering,
how would one write a solution (i.e. a wavefunction, or the appropriate name given to a quantum system in such a situation) to a macroscopic object in the everyday world?
Would it be the macroscopic object is written as a superposition of states, entangled with all other superposition of states in the world (the environment)?
When you write a superposition for a macroscopic object, in the solution do you include spin up and down superpositions for the various particles that make up the object, rather than just write a superposition of macroscopic distinct states? So the final outcome would be all superposition macroscopic states as well as the microscopic superposition states of the things that make up the object?
how would one write a solution (i.e. a wavefunction, or the appropriate name given to a quantum system in such a situation) to a macroscopic object in the everyday world?
Would it be the macroscopic object is written as a superposition of states, entangled with all other superposition of states in the world (the environment)?
When you write a superposition for a macroscopic object, in the solution do you include spin up and down superpositions for the various particles that make up the object, rather than just write a superposition of macroscopic distinct states? So the final outcome would be all superposition macroscopic states as well as the microscopic superposition states of the things that make up the object?