Well we are assuming of course the constants are in fact constant, an idea that even einstein was unsure of. If the very fabric of space is infact being stretched out, might not the constants be varying proportionally with one another? You've probably already debunked this idea too. But I wonder how many people have explored this idea?
Lots and lots and lots of people have explored the idea of the constatns changing in all sorts of ways. The current state of research is that
maybe the fine structure constant changed
a very little bit about 13-14 billion years ago. Since the fine structure constant depends on the speed of light (and other things), maybe the speed of light changed with it.
Quantized redshifts? Aren't they still largely unexplained?
No. There are no quantized redshifts.
No Periodicities in 2dF Redshift Survey Data (and more comprehensive surveys since then, such as
the Sloan Digital Sky Survey, confirm the conclusions). The 2dF redshift survey home page is at
http://msowww.anu.edu.au/2dFGRS/.
What about the pioneer satelite experiencing an unexplained decceleration?
That one's still largely unexplained. Whatever the effect that's causing it, it's incredibly subtle and tiny, and understanding it is not likely to change our understanding of the Universe much.
I'm afraid I'll have to get more of an education under my belt before I can argue into more detail.
I suggest you get more of an education under your belt before you make any more claims.
When Mt. St. Helens erupted much snow and ice was melted causing mudslides which deposited hundreds of feet of layered sediments and also carved a huge canyon out of the rock, if my mind serves me right, 1/3 the size of the grand canyon. If someone had taken a walk in the park during the eruption, this mudslide might have buried footprints hundreds of feet deep.
1. "Hundreds of feet" is a bit of an overstatement. The average depth was 45 meters (150 feet) an the maximum was 180 meters (590 feet) (see
USGS: Volcano Hazards Program Glossary). So
in a few places the sediemtnh was hundreds of feet deep. Note that the mudslides deposited sediment,
not sedimentary
rock.
2. Your memory serves you wrong. The Toutle River "canyon" was not huge, it was much much smaller than 1/3 the size of the Grand Canyon by any method of measuring. By linear measure, it's about 1/40 the size of the Grand Canyon; by volume measure it's about 0.000015 the size of the Grand Canyon (and volume measure, measuring the amount of material removed, probably makes more sense here). Its form was also significantly different from the Grand Canyon; it was easily seen as carved out of soft unconsolidated sediment (with 45 degree sloping walls) rather than out of hard rock (with vertical and near-vertical walls), as the Grand Canyon was. Finally, the Toutle flows significantly faster than the Colorado (all other things being equal, the Toutle removes material faster than the Colorado).
3. Yes, there might have been footprints buried hundreds of feet deep, and it would be obvious to a scientific observer that those footprints hundreds of feet were deposited in one event. What's your point?