Re: Superposed observers (was No new Einstein)



"I.Vecchi" <vecchi@xxxxxxxxxxxxx> writes:

>rof@xxxxxxxxxxxx ha scritto:

>> ... what new insight
>> into quantum mechanics was provided by Rovelli emphasising
>> relationalism once more?

>RQM provides an adequate conceptual setting to tackle the issue of
>superposed observers, which I now regard as crucial. In the setting of
>RQM ascertaining the intersubjective nature of what is commonly called
>"reality" becomes a concrete experimental challenge.

Can you elaborate on that a little? What's the issue that needs tackling?
And, since relational quantum mechanics is an interpretation, it gives
the same predictions as regular quantum mechanics, or rather, makes
no predictions apart from those already made by regular quantum mechanics.
Are you saying that it gives us a better way to interpret the results
of experiments with superposed observers?

R.

.



Relevant Pages

  • Re: Superposed observers (was No new Einstein)
    ... has to do with quantum mechanics. ... > spin of an electron, which can be up or down). ... >It may be that your interpretation of relationalism differs ... where the definition of the unit of measurement invokes comparison ...
    (sci.physics.research)
  • Re: Superposed observers (was No new Einstein)
    ... >> I interrogated Rovelli about relational quantum mechanics a few ... >> conceptual problems with quantum mechanics. ... mechanics claims that their interpretation has no conceptual problems. ... Relationalism, or relativism, ...
    (sci.physics.research)
  • Re: Superposed observers (was No new Einstein)
    ... Or at least the insight was clearly expressed ... My problem is that I don't see what relationalism, ... has to do with quantum mechanics. ... >>If not, then that means that, if the cat is dead relative to Nick, ...
    (sci.physics.research)
  • Re: Proposed Quantum Mechanical Connection (2/21/05)
    ... > \title{Proposed Quantum Mechanical Connection} ... > and relativistic quantum mechanics (RQM). ...
    (sci.physics.particle)
  • Re: Proposed Quantum Mechanical Connection (2/21/05)
    ... > \title{Proposed Quantum Mechanical Connection} ... > and relativistic quantum mechanics (RQM). ...
    (sci.physics)