On Saturday, August 23, 2025 at 1:30:01 PM UTC-6 John Clark wrote:

Alan Grayson <[email protected]> wrote:

*>> Even in classical physics entropy is not conserved, do you think that 
fact is also magic?*


*> No, because Entropy just relates to the organization of matter, 
positions and momenta, not to the existence of such matter. AG*


*But energy also relates to the organization of matter, positions and 
momenta. *

*> I accept that the redshift is caused by the expansion of space,*


*Good! It's about time. *

*> **but I want what you're not interested in; to have model which explains 
the phenomenon.*


*What causes the cosmological redshift?*
*The expansion of space. *
*What causes the expansion of space? *
*Space expands because, according to Einstein's General Relativity, static 
equilibrium is unstable, the slightest perturbation will cause space to 
either expand or contract. *


*Why did the universe expand, rather than contract? Which equations of GR 
illustrate that static equilibrium is unstable? TY, AG* 

  

*> And neither can your claim be proven that an expanding universe 
"stretches" a photon's wavelength. *


*But you said "I accept that the redshift is caused by the expansion of 
space"*
 

*> You don't seem to understand that your claim is just a story you love 
and believe has substance. It's nothing more than that!*


*So, what's your story that explains the cosmological redshift but does NOT 
say expanding space causes the wavelength of light to expand, and does Not 
say that the Earth is the center of the universe? I am all ears. *

*And we know for a fact that photons of light we see from very distant 
stars contained more energy when they were first emitted than they do now 
when we see them, and I have given you my story about where that energy 
went, it went nowhere because energy is not conserved at the cosmological 
level. But you reject that story, so what is your story, where did that 
energy go? Inquiring minds want to know.  *

 > *your inability to define that wavelength for photons in QM. The 
wavelength value in its energy equation is a quantum number, with no 
relation to spatial extent.*


*The e**quation is E = hc/λ, hc is just a constant, the E stands for energy 
and the **λ stands for wave LENGTH. That sure seems to me like a 
relationship between energy and spatial extent!  *
* John K Clark    See what's on my new list at  Extropolis 
<https://groups.google.com/g/extropolis>* 
qss

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