[MD] principle of complimentarity

MarshaV valkyr at att.net
Thu Jul 30 05:14:03 PDT 2009


Ron,

This topic is an entanglement (Science) I've only just begun to investigate,
but thanks for trying to help.


Marsha






-----Original Message-----
From: moq_discuss-bounces at lists.moqtalk.org
[mailto:moq_discuss-bounces at lists.moqtalk.org] On Behalf Of X Acto
Sent: Thursday, July 30, 2009 8:09 AM
To: moq_discuss at moqtalk.org
Subject: Re: [MD] principle of complimentarity

Marsha,

I believe it seems to exclude a particles momentum or trajectory simply
because
of the limits of the measuring devices and the gravitational effects it has
on them.

For starters, mainly because particles are not really entities or substances
but an intersection
of fields of force.
As I understand it, particles are layers apon layers of said intersections
built up from a backround
of these fields of "force" for lack of a better word,  manifesting in strong
and weak atomic forces.

The popular theory at the moment, which the super collider hoped to verify,
was that all of this
is a manifestation of the field of space, or string theory, that space is
composed of fluctuating
quantum rings.
Objectivly speaking, reality is a dream within a dream within a dream...et
infinum

so measuring is a bit of a problem, objectivly. Complimentrarity, says that
these particles
and forces only exist in relation to eachother. to isolate them and calculte
their trajectory
is misunderstanding them, it creates paradox. like the particle/wave
duality, the duality
lies in how the phenomena is measured not in the phenomena itself.

So to conclude, the problem is in how physicists understand particles and
the limits of the
methods of measurement.

-Ron










 


----- Original Message ----
From: MarshaV <valkyr at att.net>
To: moq_discuss at moqtalk.org
Sent: Thursday, July 30, 2009 6:27:27 AM
Subject: [MD] principle of complimentarity

Greetings,



Why is it that if we perform an experiment to determine a quantum particle's
position, it excludes knowing only the particle's momentum and not
everything else?  



  

Marsha









  



_____________



"He who neglects the present moment throws away all he has."  
  (Friedrich von Schiller)  
  











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