We now have almost one hundred years of red shift measurements. Does the shift from individual light objects change? Does anybody know? I'm betting they are the same. Someone would have noticed by now.
Why would all the shifts we see remain constant? Especially the far away ones. If our space is expanding out at those fantastic rates, wouldn't the change in those shifts give us a third way to measure the expansion rate?
I haven't heard of a theory yet that can explain what we observe and measure.
Apparently we have a constant velocity expansion. That's what the constant shift indicates, right?
Or do we have another unknown entity that causes this? A huge unknown affect. Spongy time perhaps.
At the proposed expansion rates, we should be able to measure the expansion rate with that change in shift. We should easily see a shift within one hundred years.
Am I alone in thinking something is out of kilter?
Why would all the shifts we see remain constant? Especially the far away ones. If our space is expanding out at those fantastic rates, wouldn't the change in those shifts give us a third way to measure the expansion rate?
I haven't heard of a theory yet that can explain what we observe and measure.
Apparently we have a constant velocity expansion. That's what the constant shift indicates, right?
Or do we have another unknown entity that causes this? A huge unknown affect. Spongy time perhaps.
At the proposed expansion rates, we should be able to measure the expansion rate with that change in shift. We should easily see a shift within one hundred years.
Am I alone in thinking something is out of kilter?