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Partner rrrADAM


Nov 9, 2009, 6:55 PM

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Registered: Dec 19, 1999
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Re: [dan2see] Atoms of Space and Time ~Lee Smolin
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dan2see wrote:
You never "quantize a force". You quantize a force that's interacting with matter.

This is evidenced by electromagnetic radiation -- the value of a quantum of em energy is controlled by the electron orbital's configuration.
That's part of QED, but not all of it... Would you care to describe what is happening in the dual slit experiment involving light? As in this, we are dealing with photons interacting with photons (I.e., no matter involved, save the slits, but that would be difraction). Quantum entanglement (of photons) is another example.

As I am sure you are well aware, electrons are consentrations of localized energy, not hard little balls, just as quarks are, and QCD is a quantum theory of quarks. The quantization of these "forces" has to do with making particles (quanta) out of the force carriers, and we call these force carrying particles bosons. So, basically, we are talking about energy interacting with energy.

IMHO... Just as we needed to first understand what matter and energy was before we could quantize it, then develope a theory(s) (E.g., QED, QCD), we need to first understand what spacetime really is before we can develope a successful theory of quantum gravity.


(This post was edited by rrrADAM on Nov 9, 2009, 7:50 PM)



Edit Log:
Post edited by rrrADAM () on Nov 9, 2009, 6:57 PM
Post edited by rrrADAM () on Nov 9, 2009, 7:03 PM
Post edited by rrrADAM () on Nov 9, 2009, 7:04 PM
Post edited by rrrADAM () on Nov 9, 2009, 7:05 PM
Post edited by rrrADAM () on Nov 9, 2009, 7:13 PM
Post edited by rrrADAM () on Nov 9, 2009, 7:17 PM
Post edited by rrrADAM () on Nov 9, 2009, 7:18 PM
Post edited by rrrADAM () on Nov 9, 2009, 7:19 PM
Post edited by rrrADAM () on Nov 9, 2009, 7:50 PM


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